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/ *
This is a generated file . DO NOT EDIT .
Copyright ( C ) 2010 - 2015 KO GmbH < copyright @ kogmbh . com >
@ licstart
The code in this file is free software : you can redistribute it and / or modify it
under the terms of the GNU Affero General Public License ( GNU AGPL )
as published by the Free Software Foundation , either version 3 of
the License , or ( at your option ) any later version .
The code in this file is distributed in the hope that it will be useful , but
WITHOUT ANY WARRANTY ; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the
GNU Affero General Public License for more details .
You should have received a copy of the GNU Affero General Public License
along with WebODF . If not , see < http : //www.gnu.org/licenses/>.
As additional permission under GNU AGPL version 3 section 7 , you
may distribute UNMODIFIED VERSIONS OF THIS file without the copy of the GNU AGPL normally
required by section 4 , provided you include this license notice and a URL
through which recipients can access the Corresponding Source .
As a special exception to the AGPL , any HTML file which merely makes function
calls to this code , and for that purpose includes it in unmodified form by reference or in - line shall be
deemed a separate work for copyright law purposes . In addition , the copyright
holders of this code give you permission to combine this code with free
software libraries that are released under the GNU LGPL . You may copy and
distribute such a system following the terms of the GNU AGPL for this code
and the LGPL for the libraries . If you modify this code , you may extend this
exception to your version of the code , but you are not obligated to do so .
If you do not wish to do so , delete this exception statement from your
version .
This license applies to this entire compilation .
@ licend
@ source : http : //www.webodf.org/
@ source : https : //github.com/kogmbh/WebODF/
* /
var webodf _version = "0.5.9" ; function Runtime ( ) { } Runtime . prototype . getVariable = function ( g ) { } ; Runtime . prototype . toJson = function ( g ) { } ; Runtime . prototype . fromJson = function ( g ) { } ; Runtime . prototype . byteArrayFromString = function ( g , k ) { } ; Runtime . prototype . byteArrayToString = function ( g , k ) { } ; Runtime . prototype . read = function ( g , k , d , b ) { } ; Runtime . prototype . readFile = function ( g , k , d ) { } ; Runtime . prototype . readFileSync = function ( g , k ) { } ; Runtime . prototype . loadXML = function ( g , k ) { } ; Runtime . prototype . writeFile = function ( g , k , d ) { } ;
Runtime . prototype . deleteFile = function ( g , k ) { } ; Runtime . prototype . log = function ( g , k ) { } ; Runtime . prototype . setTimeout = function ( g , k ) { } ; Runtime . prototype . clearTimeout = function ( g ) { } ; Runtime . prototype . libraryPaths = function ( ) { } ; Runtime . prototype . currentDirectory = function ( ) { } ; Runtime . prototype . setCurrentDirectory = function ( g ) { } ; Runtime . prototype . type = function ( ) { } ; Runtime . prototype . getDOMImplementation = function ( ) { } ; Runtime . prototype . parseXML = function ( g ) { } ; Runtime . prototype . exit = function ( g ) { } ;
Runtime . prototype . getWindow = function ( ) { } ; Runtime . prototype . requestAnimationFrame = function ( g ) { } ; Runtime . prototype . cancelAnimationFrame = function ( g ) { } ; Runtime . prototype . assert = function ( g , k ) { } ; var IS _COMPILED _CODE = ! 0 ;
Runtime . byteArrayToString = function ( g , k ) { function d ( b ) { var d = "" , r , q = b . length ; for ( r = 0 ; r < q ; r += 1 ) d += String . fromCharCode ( b [ r ] & 255 ) ; return d } function b ( b ) { var d = "" , r , q = b . length , e = [ ] , l , a , c , m ; for ( r = 3 <= q && 239 === b [ 0 ] && 187 === b [ 1 ] && 191 === b [ 2 ] ? 3 : 0 ; r < q ; r += 1 ) l = b [ r ] , 128 > l ? e . push ( l ) : ( r += 1 , a = b [ r ] , 194 <= l && 224 > l ? e . push ( ( l & 31 ) << 6 | a & 63 ) : ( r += 1 , c = b [ r ] , 224 <= l && 240 > l ? e . push ( ( l & 15 ) << 12 | ( a & 63 ) << 6 | c & 63 ) : ( r += 1 , m = b [ r ] , 240 <= l && 245 > l && ( l = ( l & 7 ) << 18 | ( a & 63 ) << 12 | ( c & 63 ) << 6 | m & 63 , l -= 65536 , e . push ( ( l >> 10 ) + 55296 , ( l & 1023 ) + 56320 ) ) ) ) ) , 1E3 <= e . length &&
( d += String . fromCharCode . apply ( null , e ) , e . length = 0 ) ; return d + String . fromCharCode . apply ( null , e ) } var f ; "utf8" === k ? f = b ( g ) : ( "binary" !== k && this . log ( "Unsupported encoding: " + k ) , f = d ( g ) ) ; return f } ; Runtime . getVariable = function ( g ) { try { return eval ( g ) } catch ( k ) { } } ; Runtime . toJson = function ( g ) { return JSON . stringify ( g ) } ; Runtime . fromJson = function ( g ) { return JSON . parse ( g ) } ; Runtime . getFunctionName = function ( g ) { return void 0 === g . name ? ( g = /function\s+(\w+)/ . exec ( g ) ) && g [ 1 ] : g . name } ;
Runtime . assert = function ( g , k ) { if ( ! g ) throw this . log ( "alert" , "ASSERTION FAILED:\n" + k ) , Error ( k ) ; } ;
function BrowserRuntime ( ) { function g ( b ) { var e = b . length , l , a , c = 0 ; for ( l = 0 ; l < e ; l += 1 ) a = b . charCodeAt ( l ) , c += 1 + ( 128 < a ) + ( 2048 < a ) , 55040 < a && 57344 > a && ( c += 1 , l += 1 ) ; return c } function k ( b , e , l ) { var a = b . length , c , m ; e = new Uint8Array ( new ArrayBuffer ( e ) ) ; l ? ( e [ 0 ] = 239 , e [ 1 ] = 187 , e [ 2 ] = 191 , m = 3 ) : m = 0 ; for ( l = 0 ; l < a ; l += 1 ) c = b . charCodeAt ( l ) , 128 > c ? ( e [ m ] = c , m += 1 ) : 2048 > c ? ( e [ m ] = 192 | c >>> 6 , e [ m + 1 ] = 128 | c & 63 , m += 2 ) : 55040 >= c || 57344 <= c ? ( e [ m ] = 224 | c >>> 12 & 15 , e [ m + 1 ] = 128 | c >>> 6 & 63 , e [ m + 2 ] = 128 | c & 63 , m += 3 ) : ( l += 1 , c = ( c - 55296 << 10 | b . charCodeAt ( l ) - 56320 ) + 65536 ,
e [ m ] = 240 | c >>> 18 & 7 , e [ m + 1 ] = 128 | c >>> 12 & 63 , e [ m + 2 ] = 128 | c >>> 6 & 63 , e [ m + 3 ] = 128 | c & 63 , m += 4 ) ; return e } function d ( b ) { var e = b . length , l = new Uint8Array ( new ArrayBuffer ( e ) ) , a ; for ( a = 0 ; a < e ; a += 1 ) l [ a ] = b . charCodeAt ( a ) & 255 ; return l } function b ( b , e ) { var l ; void 0 !== e ? l = b : e = b ; console . log ( e ) ; r . enableAlerts && "alert" === l && alert ( e ) } function f ( b , e , l ) { if ( 0 !== l . status || l . responseText ) if ( 200 === l . status || 0 === l . status ) { if ( l . response && "string" !== typeof l . response ) "binary" === e ? ( l = l . response , l = new Uint8Array ( l ) ) : l = String ( l . response ) ; else if ( "binary" ===
e ) if ( null !== l . responseBody && "undefined" !== String ( typeof VBArray ) ) { l = ( new VBArray ( l . responseBody ) ) . toArray ( ) ; var a = l . length ; e = new Uint8Array ( new ArrayBuffer ( a ) ) ; for ( b = 0 ; b < a ; b += 1 ) e [ b ] = l [ b ] ; l = e } else { ( b = l . getResponseHeader ( "Content-Length" ) ) && ( b = parseInt ( b , 10 ) ) ; if ( b && b !== l . responseText . length ) a : { a = l . responseText ; e = ! 1 ; var c = g ( a ) ; if ( "number" === typeof b ) { if ( b !== c && b !== c + 3 ) { a = void 0 ; break a } e = c + 3 === b ; c = b } a = k ( a , c , e ) } void 0 === a && ( a = d ( l . responseText ) ) ; l = a } else l = l . responseText ; l = { err : null , data : l } } else l = { err : l . responseText ||
l . statusText , data : null } ; else l = { err : "File " + b + " is empty." , data : null } ; return l } function n ( b , e , l ) { var a = new XMLHttpRequest ; a . open ( "GET" , b , l ) ; a . overrideMimeType && ( "binary" !== e ? a . overrideMimeType ( "text/plain; charset=" + e ) : a . overrideMimeType ( "text/plain; charset=x-user-defined" ) ) ; return a } function p ( b , e , l ) { var a = n ( b , e , ! 0 ) ; a . onreadystatechange = function ( ) { var c ; 4 === a . readyState && ( c = f ( b , e , a ) , l ( c . err , c . data ) ) } ; try { a . send ( null ) } catch ( c ) { l ( c . message , null ) } } var r = this ; this . byteArrayFromString = function ( b , e ) { var l ;
"utf8" === e ? l = k ( b , g ( b ) , ! 1 ) : ( "binary" !== e && r . log ( "unknown encoding: " + e ) , l = d ( b ) ) ; return l } ; this . byteArrayToString = Runtime . byteArrayToString ; this . getVariable = Runtime . getVariable ; this . fromJson = Runtime . fromJson ; this . toJson = Runtime . toJson ; this . readFile = p ; this . read = function ( b , e , l , a ) { p ( b , "binary" , function ( c , m ) { var h = null ; if ( m ) { if ( "string" === typeof m ) throw "This should not happen." ; h = m . subarray ( e , e + l ) } a ( c , h ) } ) } ; this . readFileSync = function ( b , e ) { var l = n ( b , e , ! 1 ) , a ; try { l . send ( null ) ; a = f ( b , e , l ) ; if ( a . err ) throw a . err ;
if ( null === a . data ) throw "No data read from " + b + "." ; } catch ( c ) { throw c ; } return a . data } ; this . writeFile = function ( b , e , l ) { var a = new XMLHttpRequest , c ; a . open ( "PUT" , b , ! 0 ) ; a . onreadystatechange = function ( ) { 4 === a . readyState && ( 0 !== a . status || a . responseText ? 200 <= a . status && 300 > a . status || 0 === a . status ? l ( null ) : l ( "Status " + String ( a . status ) + ": " + a . responseText || a . statusText ) : l ( "File " + b + " is empty." ) ) } ; c = e . buffer && ! a . sendAsBinary ? e . buffer : r . byteArrayToString ( e , "binary" ) ; try { a . sendAsBinary ? a . sendAsBinary ( c ) : a . send ( c ) } catch ( m ) { r . log ( "HUH? " +
m + " " + e ) , l ( m . message ) } } ; this . deleteFile = function ( b , e ) { var l = new XMLHttpRequest ; l . open ( "DELETE" , b , ! 0 ) ; l . onreadystatechange = function ( ) { 4 === l . readyState && ( 200 > l . status && 300 <= l . status ? e ( l . responseText ) : e ( null ) ) } ; l . send ( null ) } ; this . loadXML = function ( b , e ) { var l = new XMLHttpRequest ; l . open ( "GET" , b , ! 0 ) ; l . overrideMimeType && l . overrideMimeType ( "text/xml" ) ; l . onreadystatechange = function ( ) { 4 === l . readyState && ( 0 !== l . status || l . responseText ? 200 === l . status || 0 === l . status ? e ( null , l . responseXML ) : e ( l . responseText , null ) : e ( "File " +
b + " is empty." , null ) ) } ; try { l . send ( null ) } catch ( a ) { e ( a . message , null ) } } ; this . log = b ; this . enableAlerts = ! 0 ; this . assert = Runtime . assert ; this . setTimeout = function ( b , e ) { return setTimeout ( function ( ) { b ( ) } , e ) } ; this . clearTimeout = function ( b ) { clearTimeout ( b ) } ; this . libraryPaths = function ( ) { return [ "lib" ] } ; this . setCurrentDirectory = function ( ) { } ; this . currentDirectory = function ( ) { return "" } ; this . type = function ( ) { return "BrowserRuntime" } ; this . getDOMImplementation = function ( ) { return window . document . implementation } ; this . parseXML =
function ( b ) { return ( new DOMParser ) . parseFromString ( b , "text/xml" ) } ; this . exit = function ( d ) { b ( "Calling exit with code " + String ( d ) + ", but exit() is not implemented." ) } ; this . getWindow = function ( ) { return window } ; this . requestAnimationFrame = function ( b ) { var e = window . requestAnimationFrame || window . webkitRequestAnimationFrame || window . mozRequestAnimationFrame || window . msRequestAnimationFrame , l = 0 ; if ( e ) e . bind ( window ) , l = e ( b ) ; else return setTimeout ( b , 15 ) ; return l } ; this . cancelAnimationFrame = function ( b ) { var e = window . cancelAnimationFrame ||
window . webkitCancelAnimationFrame || window . mozCancelAnimationFrame || window . msCancelAnimationFrame ; e ? ( e . bind ( window ) , e ( b ) ) : clearTimeout ( b ) } }
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function NodeJSRuntime ( ) { function g ( b ) { var e = b . length , l , a = new Uint8Array ( new ArrayBuffer ( e ) ) ; for ( l = 0 ; l < e ; l += 1 ) a [ l ] = b [ l ] ; return a } function k ( d , e , l ) { function a ( a , m ) { if ( a ) return l ( a , null ) ; if ( ! m ) return l ( "No data for " + d + "." , null ) ; if ( "string" === typeof m ) return l ( a , m ) ; l ( a , g ( m ) ) } d = f . resolve ( n , d ) ; "binary" !== e ? b . readFile ( d , e , a ) : b . readFile ( d , null , a ) } var d = this , b = webodfModule . require ( "fs" ) , f = webodfModule . require ( "path" ) , n = "" , p , r ; this . byteArrayFromString = function ( b , e ) { var l = new Buffer ( b , e ) , a , c = l . length , m = new Uint8Array ( new ArrayBuffer ( c ) ) ;
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for ( a = 0 ; a < c ; a += 1 ) m [ a ] = l [ a ] ; return m } ; this . byteArrayToString = Runtime . byteArrayToString ; this . getVariable = Runtime . getVariable ; this . fromJson = Runtime . fromJson ; this . toJson = Runtime . toJson ; this . readFile = k ; this . loadXML = function ( b , e ) { k ( b , "utf-8" , function ( l , a ) { if ( l ) return e ( l , null ) ; if ( ! a ) return e ( "No data for " + b + "." , null ) ; e ( null , d . parseXML ( a ) ) } ) } ; this . writeFile = function ( d , e , l ) { e = new Buffer ( e ) ; d = f . resolve ( n , d ) ; b . writeFile ( d , e , "binary" , function ( a ) { l ( a || null ) } ) } ; this . deleteFile = function ( d , e ) { d = f . resolve ( n , d ) ;
b . unlink ( d , e ) } ; this . read = function ( d , e , l , a ) { d = f . resolve ( n , d ) ; b . open ( d , "r+" , 666 , function ( c , m ) { if ( c ) a ( c , null ) ; else { var h = new Buffer ( l ) ; b . read ( m , h , 0 , l , e , function ( c ) { b . close ( m ) ; a ( c , g ( h ) ) } ) } } ) } ; this . readFileSync = function ( d , e ) { var l ; l = b . readFileSync ( d , "binary" === e ? null : e ) ; if ( null === l ) throw "File " + d + " could not be read." ; "binary" === e && ( l = g ( l ) ) ; return l } ; this . log = function ( b , e ) { var l ; void 0 !== e ? l = b : e = b ; "alert" === l && process . stderr . write ( "\n!!!!! ALERT !!!!!\n" ) ; process . stderr . write ( e + "\n" ) ; "alert" === l && process . stderr . write ( "!!!!! ALERT !!!!!\n" ) } ;
this . assert = Runtime . assert ; this . setTimeout = function ( b , e ) { return setTimeout ( function ( ) { b ( ) } , e ) } ; this . clearTimeout = function ( b ) { clearTimeout ( b ) } ; this . libraryPaths = function ( ) { return [ _ _dirname ] } ; this . setCurrentDirectory = function ( b ) { n = b } ; this . currentDirectory = function ( ) { return n } ; this . type = function ( ) { return "NodeJSRuntime" } ; this . getDOMImplementation = function ( ) { return r } ; this . parseXML = function ( b ) { return p . parseFromString ( b , "text/xml" ) } ; this . exit = process . exit ; this . getWindow = function ( ) { return null } ; this . requestAnimationFrame =
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function ( b ) { return setTimeout ( b , 15 ) } ; this . cancelAnimationFrame = function ( b ) { clearTimeout ( b ) } ; p = new ( webodfModule . require ( "xmldom" ) . DOMParser ) ; r = d . parseXML ( "<a/>" ) . implementation }
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function RhinoRuntime ( ) { var g = this , k = { } , d = k . javax . xml . parsers . DocumentBuilderFactory . newInstance ( ) , b , f , n = "" ; d . setValidating ( ! 1 ) ; d . setNamespaceAware ( ! 0 ) ; d . setExpandEntityReferences ( ! 1 ) ; d . setSchema ( null ) ; f = k . org . xml . sax . EntityResolver ( { resolveEntity : function ( b , d ) { var f = new k . java . io . FileReader ( d ) ; return new k . org . xml . sax . InputSource ( f ) } } ) ; b = d . newDocumentBuilder ( ) ; b . setEntityResolver ( f ) ; this . byteArrayFromString = function ( b , d ) { var f , e = b . length , l = new Uint8Array ( new ArrayBuffer ( e ) ) ; for ( f = 0 ; f < e ; f += 1 ) l [ f ] =
b . charCodeAt ( f ) & 255 ; return l } ; this . byteArrayToString = Runtime . byteArrayToString ; this . getVariable = Runtime . getVariable ; this . fromJson = Runtime . fromJson ; this . toJson = Runtime . toJson ; this . loadXML = function ( d , f ) { var n = new k . java . io . File ( d ) , e = null ; try { e = b . parse ( n ) } catch ( l ) { return print ( l ) , f ( l , null ) } f ( null , e ) } ; this . readFile = function ( b , d , f ) { n && ( b = n + "/" + b ) ; var e = new k . java . io . File ( b ) , l = "binary" === d ? "latin1" : d ; e . isFile ( ) ? ( ( b = readFile ( b , l ) ) && "binary" === d && ( b = g . byteArrayFromString ( b , "binary" ) ) , f ( null , b ) ) : f ( b + " is not a file." ,
null ) } ; this . writeFile = function ( b , d , f ) { n && ( b = n + "/" + b ) ; b = new k . java . io . FileOutputStream ( b ) ; var e , l = d . length ; for ( e = 0 ; e < l ; e += 1 ) b . write ( d [ e ] ) ; b . close ( ) ; f ( null ) } ; this . deleteFile = function ( b , d ) { n && ( b = n + "/" + b ) ; var f = new k . java . io . File ( b ) , e = b + Math . random ( ) , e = new k . java . io . File ( e ) ; f . rename ( e ) ? ( e . deleteOnExit ( ) , d ( null ) ) : d ( "Could not delete " + b ) } ; this . read = function ( b , d , f , e ) { n && ( b = n + "/" + b ) ; var l ; l = b ; var a = "binary" ; ( new k . java . io . File ( l ) ) . isFile ( ) ? ( "binary" === a && ( a = "latin1" ) , l = readFile ( l , a ) ) : l = null ; l ? e ( null , this . byteArrayFromString ( l . substring ( d ,
d + f ) , "binary" ) ) : e ( "Cannot read " + b , null ) } ; this . readFileSync = function ( b , d ) { if ( ! d ) return "" ; var f = readFile ( b , d ) ; if ( null === f ) throw "File could not be read." ; return f } ; this . log = function ( b , d ) { var f ; void 0 !== d ? f = b : d = b ; "alert" === f && print ( "\n!!!!! ALERT !!!!!" ) ; print ( d ) ; "alert" === f && print ( "!!!!! ALERT !!!!!" ) } ; this . assert = Runtime . assert ; this . setTimeout = function ( b ) { b ( ) ; return 0 } ; this . clearTimeout = function ( ) { } ; this . libraryPaths = function ( ) { return [ "lib" ] } ; this . setCurrentDirectory = function ( b ) { n = b } ; this . currentDirectory =
function ( ) { return n } ; this . type = function ( ) { return "RhinoRuntime" } ; this . getDOMImplementation = function ( ) { return b . getDOMImplementation ( ) } ; this . parseXML = function ( d ) { d = new k . java . io . StringReader ( d ) ; d = new k . org . xml . sax . InputSource ( d ) ; return b . parse ( d ) } ; this . exit = quit ; this . getWindow = function ( ) { return null } ; this . requestAnimationFrame = function ( b ) { b ( ) ; return 0 } ; this . cancelAnimationFrame = function ( ) { } }
Runtime . create = function ( ) { return "undefined" !== String ( typeof window ) ? new BrowserRuntime : "undefined" !== String ( typeof require ) ? new NodeJSRuntime : new RhinoRuntime } ; var runtime = Runtime . create ( ) , core = { } , gui = { } , xmldom = { } , odf = { } , ops = { } , webodf = { } ; ( function ( ) { webodf . Version = "undefined" !== String ( typeof webodf _version ) ? webodf _version : "From Source" } ) ( ) ;
( function ( ) { function g ( b , d , e ) { var l = b + "/manifest.json" , a , c ; runtime . log ( "Loading manifest: " + l ) ; try { a = runtime . readFileSync ( l , "utf-8" ) } catch ( m ) { if ( e ) runtime . log ( "No loadable manifest found." ) ; else throw console . log ( String ( m ) ) , m ; return } e = JSON . parse ( a ) ; for ( c in e ) e . hasOwnProperty ( c ) && ( d [ c ] = { dir : b , deps : e [ c ] } ) } function k ( b , d , e ) { function l ( h ) { if ( ! m [ h ] && ! e ( h ) ) { if ( c [ h ] ) throw "Circular dependency detected for " + h + "." ; c [ h ] = ! 0 ; if ( ! d [ h ] ) throw "Missing dependency information for class " + h + "." ; var b = d [ h ] , f = b . deps ,
n , r = f . length ; for ( n = 0 ; n < r ; n += 1 ) l ( f [ n ] ) ; c [ h ] = ! 1 ; m [ h ] = ! 0 ; a . push ( b . dir + "/" + h . replace ( "." , "/" ) + ".js" ) } } var a = [ ] , c = { } , m = { } ; b . forEach ( l ) ; return a } function d ( b , d ) { return d + ( "\n//# sourceURL=" + b ) } function b ( b ) { var f , e ; for ( f = 0 ; f < b . length ; f += 1 ) e = runtime . readFileSync ( b [ f ] , "utf-8" ) , e = d ( b [ f ] , e ) , eval ( e ) } function f ( b ) { b = b . split ( "." ) ; var d , e = p , l = b . length ; for ( d = 0 ; d < l ; d += 1 ) { if ( ! e . hasOwnProperty ( b [ d ] ) ) return ! 1 ; e = e [ b [ d ] ] } return ! 0 } var n , p = { core : core , gui : gui , xmldom : xmldom , odf : odf , ops : ops } ; runtime . loadClasses = function ( d ,
p ) { if ( IS _COMPILED _CODE || 0 === d . length ) return p && p ( ) ; var e ; if ( ! ( e = n ) ) { e = [ ] ; var l = runtime . libraryPaths ( ) , a ; runtime . currentDirectory ( ) && - 1 === l . indexOf ( runtime . currentDirectory ( ) ) && g ( runtime . currentDirectory ( ) , e , ! 0 ) ; for ( a = 0 ; a < l . length ; a += 1 ) g ( l [ a ] , e ) } n = e ; d = k ( d , n , f ) ; if ( 0 === d . length ) return p && p ( ) ; if ( "BrowserRuntime" === runtime . type ( ) && p ) { e = d ; l = document . currentScript || document . documentElement . lastChild ; a = document . createDocumentFragment ( ) ; var c , m ; for ( m = 0 ; m < e . length ; m += 1 ) c = document . createElement ( "script" ) , c . type =
"text/javascript" , c . charset = "utf-8" , c . async = ! 1 , c . setAttribute ( "src" , e [ m ] ) , a . appendChild ( c ) ; p && ( c . onload = p ) ; l . parentNode . insertBefore ( a , l ) } else b ( d ) , p && p ( ) } ; runtime . loadClass = function ( b , d ) { runtime . loadClasses ( [ b ] , d ) } } ) ( ) ; ( function ( ) { var g = function ( g ) { return g } ; runtime . getTranslator = function ( ) { return g } ; runtime . setTranslator = function ( k ) { g = k } ; runtime . tr = function ( k ) { var d = g ( k ) ; return d && "string" === String ( typeof d ) ? d : k } } ) ( ) ;
( function ( g ) { function k ( d ) { if ( d . length ) { var b = d [ 0 ] ; runtime . readFile ( b , "utf8" , function ( f , n ) { function g ( ) { var b ; ( b = eval ( k ) ) && runtime . exit ( b ) } var r = "" , r = b . lastIndexOf ( "/" ) , k = n , r = - 1 !== r ? b . substring ( 0 , r ) : "." ; runtime . setCurrentDirectory ( r ) ; f ? ( runtime . log ( f ) , runtime . exit ( 1 ) ) : null === k ? ( runtime . log ( "No code found for " + b ) , runtime . exit ( 1 ) ) : g . apply ( null , d ) } ) } } g = g ? Array . prototype . slice . call ( g ) : [ ] ; "NodeJSRuntime" === runtime . type ( ) ? k ( process . argv . slice ( 2 ) ) : "RhinoRuntime" === runtime . type ( ) ? k ( g ) : k ( g . slice ( 1 ) ) } ) ( "undefined" !==
String ( typeof arguments ) && arguments ) ; ( function ( ) { core . Async = function ( ) { return { forEach : function ( g , k , d ) { function b ( b ) { p !== n && ( b ? ( p = n , d ( b ) ) : ( p += 1 , p === n && d ( null ) ) ) } var f , n = g . length , p = 0 ; for ( f = 0 ; f < n ; f += 1 ) k ( g [ f ] , b ) } , destroyAll : function ( g , k ) { function d ( b , f ) { if ( f ) k ( f ) ; else if ( b < g . length ) g [ b ] ( function ( f ) { d ( b + 1 , f ) } ) ; else k ( ) } d ( 0 , void 0 ) } } } ( ) } ) ( ) ;
function makeBase64 ( ) { function g ( a ) { var c , m = a . length , h = new Uint8Array ( new ArrayBuffer ( m ) ) ; for ( c = 0 ; c < m ; c += 1 ) h [ c ] = a . charCodeAt ( c ) & 255 ; return h } function k ( a ) { var c , m = "" , h , b = a . length - 2 ; for ( h = 0 ; h < b ; h += 3 ) c = a [ h ] << 16 | a [ h + 1 ] << 8 | a [ h + 2 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 18 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 12 & 63 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 6 & 63 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c &
63 ] ; h === b + 1 ? ( c = a [ h ] << 4 , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 6 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c & 63 ] , m += "==" ) : h === b && ( c = a [ h ] << 10 | a [ h + 1 ] << 2 , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 12 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c >>> 6 & 63 ] , m += "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" [ c & 63 ] , m += "=" ) ; return m } function d ( a ) { a = a . replace ( /[^A-Za-z0-9+\/]+/g ,
"" ) ; var c = a . length , m = new Uint8Array ( new ArrayBuffer ( 3 * c ) ) , b = a . length % 4 , d = 0 , l , e ; for ( l = 0 ; l < c ; l += 4 ) e = ( h [ a . charAt ( l ) ] || 0 ) << 18 | ( h [ a . charAt ( l + 1 ) ] || 0 ) << 12 | ( h [ a . charAt ( l + 2 ) ] || 0 ) << 6 | ( h [ a . charAt ( l + 3 ) ] || 0 ) , m [ d ] = e >> 16 , m [ d + 1 ] = e >> 8 & 255 , m [ d + 2 ] = e & 255 , d += 3 ; c = 3 * c - [ 0 , 0 , 2 , 1 ] [ b ] ; return m . subarray ( 0 , c ) } function b ( a ) { var c , m , h = a . length , b = 0 , d = new Uint8Array ( new ArrayBuffer ( 3 * h ) ) ; for ( c = 0 ; c < h ; c += 1 ) m = a [ c ] , 128 > m ? d [ b ++ ] = m : ( 2048 > m ? d [ b ++ ] = 192 | m >>> 6 : ( d [ b ++ ] = 224 | m >>> 12 & 15 , d [ b ++ ] = 128 | m >>> 6 & 63 ) , d [ b ++ ] = 128 | m & 63 ) ; return d . subarray ( 0 ,
b ) } function f ( a ) { var c , m , h , b , d = a . length , l = new Uint8Array ( new ArrayBuffer ( d ) ) , e = 0 ; for ( c = 0 ; c < d ; c += 1 ) m = a [ c ] , 128 > m ? l [ e ++ ] = m : ( c += 1 , h = a [ c ] , 224 > m ? l [ e ++ ] = ( m & 31 ) << 6 | h & 63 : ( c += 1 , b = a [ c ] , l [ e ++ ] = ( m & 15 ) << 12 | ( h & 63 ) << 6 | b & 63 ) ) ; return l . subarray ( 0 , e ) } function n ( a ) { return k ( g ( a ) ) } function p ( a ) { return String . fromCharCode . apply ( String , d ( a ) ) } function r ( a ) { return f ( g ( a ) ) } function q ( a ) { a = f ( a ) ; for ( var c = "" , m = 0 ; m < a . length ; ) c += String . fromCharCode . apply ( String , a . subarray ( m , m + 45E3 ) ) , m += 45E3 ; return c } function e ( a , c , m ) { var h , b ,
d , l = "" ; for ( d = c ; d < m ; d += 1 ) c = a . charCodeAt ( d ) & 255 , 128 > c ? l += String . fromCharCode ( c ) : ( d += 1 , h = a . charCodeAt ( d ) & 255 , 224 > c ? l += String . fromCharCode ( ( c & 31 ) << 6 | h & 63 ) : ( d += 1 , b = a . charCodeAt ( d ) & 255 , l += String . fromCharCode ( ( c & 15 ) << 12 | ( h & 63 ) << 6 | b & 63 ) ) ) ; return l } function l ( a , c ) { function m ( ) { var d = b + 1E5 ; d > a . length && ( d = a . length ) ; h += e ( a , b , d ) ; b = d ; d = b === a . length ; c ( h , d ) && ! d && runtime . setTimeout ( m , 0 ) } var h = "" , b = 0 ; 1E5 > a . length ? c ( e ( a , 0 , a . length ) , ! 0 ) : ( "string" !== typeof a && ( a = a . slice ( ) ) , m ( ) ) } function a ( a ) { return b ( g ( a ) ) } function c ( a ) { return String . fromCharCode . apply ( String ,
b ( a ) ) } function m ( a ) { return String . fromCharCode . apply ( String , b ( g ( a ) ) ) } var h = function ( a ) { var c = { } , m , h ; m = 0 ; for ( h = a . length ; m < h ; m += 1 ) c [ a . charAt ( m ) ] = m ; return c } ( "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" ) , y , x , z = runtime . getWindow ( ) , w , v ; z && z . btoa ? ( w = z . btoa , y = function ( a ) { return w ( m ( a ) ) } ) : ( w = n , y = function ( c ) { return k ( a ( c ) ) } ) ; z && z . atob ? ( v = z . atob , x = function ( a ) { a = v ( a ) ; return e ( a , 0 , a . length ) } ) : ( v = p , x = function ( a ) { return q ( d ( a ) ) } ) ; core . Base64 = function ( ) { this . convertByteArrayToBase64 = this . convertUTF8ArrayToBase64 =
k ; this . convertBase64ToByteArray = this . convertBase64ToUTF8Array = d ; this . convertUTF16ArrayToByteArray = this . convertUTF16ArrayToUTF8Array = b ; this . convertByteArrayToUTF16Array = this . convertUTF8ArrayToUTF16Array = f ; this . convertUTF8StringToBase64 = n ; this . convertBase64ToUTF8String = p ; this . convertUTF8StringToUTF16Array = r ; this . convertByteArrayToUTF16String = this . convertUTF8ArrayToUTF16String = q ; this . convertUTF8StringToUTF16String = l ; this . convertUTF16StringToByteArray = this . convertUTF16StringToUTF8Array = a ; this . convertUTF16ArrayToUTF8String =
c ; this . convertUTF16StringToUTF8String = m ; this . convertUTF16StringToBase64 = y ; this . convertBase64ToUTF16String = x ; this . fromBase64 = p ; this . toBase64 = n ; this . atob = v ; this . btoa = w ; this . utob = m ; this . btou = l ; this . encode = y ; this . encodeURI = function ( a ) { return y ( a ) . replace ( /[+\/]/g , function ( a ) { return "+" === a ? "-" : "_" } ) . replace ( /\\=+$/ , "" ) } ; this . decode = function ( a ) { return x ( a . replace ( /[\-_]/g , function ( a ) { return "-" === a ? "+" : "/" } ) ) } ; return this } ; return core . Base64 } core . Base64 = makeBase64 ( ) ;
core . CSSUnits = function ( ) { var g = this , k = { "in" : 1 , cm : 2.54 , mm : 25.4 , pt : 72 , pc : 12 , px : 96 } ; this . convert = function ( d , b , f ) { return d * k [ f ] / k [ b ] } ; this . convertMeasure = function ( d , b ) { var f , n ; d && b && ( f = parseFloat ( d ) , n = d . replace ( f . toString ( ) , "" ) , f = g . convert ( f , n , b ) ) ; return f } ; this . getUnits = function ( d ) { return d . substr ( d . length - 2 , d . length ) } } ;
( function ( ) { function g ( ) { var b , f , n , g , r , k , e , l , a ; void 0 === d && ( f = ( b = runtime . getWindow ( ) ) && b . document , k = f . documentElement , e = f . body , d = { rangeBCRIgnoresElementBCR : ! 1 , unscaledRangeClientRects : ! 1 , elementBCRIgnoresBodyScroll : ! 1 } , f && ( g = f . createElement ( "div" ) , g . style . position = "absolute" , g . style . left = "-99999px" , g . style . transform = "scale(2)" , g . style [ "-webkit-transform" ] = "scale(2)" , r = f . createElement ( "div" ) , g . appendChild ( r ) , e . appendChild ( g ) , b = f . createRange ( ) , b . selectNode ( r ) , d . rangeBCRIgnoresElementBCR = 0 === b . getClientRects ( ) . length ,
r . appendChild ( f . createTextNode ( "Rect transform test" ) ) , f = r . getBoundingClientRect ( ) , n = b . getBoundingClientRect ( ) , d . unscaledRangeClientRects = 2 < Math . abs ( f . height - n . height ) , g . style . transform = "" , g . style [ "-webkit-transform" ] = "" , f = k . style . overflow , n = e . style . overflow , l = e . style . height , a = e . scrollTop , k . style . overflow = "visible" , e . style . overflow = "visible" , e . style . height = "200%" , e . scrollTop = e . scrollHeight , d . elementBCRIgnoresBodyScroll = b . getBoundingClientRect ( ) . top !== r . getBoundingClientRect ( ) . top , e . scrollTop = a , e . style . height =
l , e . style . overflow = n , k . style . overflow = f , b . detach ( ) , e . removeChild ( g ) , b = Object . keys ( d ) . map ( function ( a ) { return a + ":" + String ( d [ a ] ) } ) . join ( ", " ) , runtime . log ( "Detected browser quirks - " + b ) ) ) ; return d } function k ( b , d , n ) { for ( b = b ? b . firstElementChild : null ; b ; ) { if ( b . localName === n && b . namespaceURI === d ) return b ; b = b . nextElementSibling } return null } var d ; core . DomUtilsImpl = function ( ) { function b ( a , c ) { for ( var b = 0 , d ; a . parentNode !== c ; ) runtime . assert ( null !== a . parentNode , "parent is null" ) , a = a . parentNode ; for ( d = c . firstChild ; d !==
a ; ) b += 1 , d = d . nextSibling ; return b } function d ( a , c ) { return 0 >= a . compareBoundaryPoints ( Range . START _TO _START , c ) && 0 <= a . compareBoundaryPoints ( Range . END _TO _END , c ) } function n ( a , c ) { return 0 >= a . compareBoundaryPoints ( Range . END _TO _START , c ) && 0 <= a . compareBoundaryPoints ( Range . START _TO _END , c ) } function p ( a , c ) { var b = null ; a . nodeType === Node . TEXT _NODE && ( 0 === a . length ? ( a . parentNode . removeChild ( a ) , c . nodeType === Node . TEXT _NODE && ( b = c ) ) : ( c . nodeType === Node . TEXT _NODE && ( a . appendData ( c . data ) , c . parentNode . removeChild ( c ) ) , b = a ) ) ; return b }
function r ( a ) { for ( var c = a . parentNode ; a . firstChild ; ) c . insertBefore ( a . firstChild , a ) ; c . removeChild ( a ) ; return c } function q ( a , c ) { var b = a . parentNode , d = a . firstChild , l = c ( a ) , e ; if ( l === NodeFilter . FILTER _SKIP ) return b ; for ( ; d ; ) e = d . nextSibling , q ( d , c ) , d = e ; b && l === NodeFilter . FILTER _REJECT && r ( a ) ; return b } function e ( a , c ) { return a === c || Boolean ( a . compareDocumentPosition ( c ) & Node . DOCUMENT _POSITION _CONTAINED _BY ) } function l ( a , c ) { return g ( ) . unscaledRangeClientRects ? a : a / c } function a ( c , h , b ) { Object . keys ( h ) . forEach ( function ( d ) { var l =
d . split ( ":" ) , e = l [ 1 ] , f = b ( l [ 0 ] ) , l = h [ d ] , n = typeof l ; "object" === n ? Object . keys ( l ) . length && ( d = f ? c . getElementsByTagNameNS ( f , e ) [ 0 ] || c . ownerDocument . createElementNS ( f , d ) : c . getElementsByTagName ( e ) [ 0 ] || c . ownerDocument . createElement ( d ) , c . appendChild ( d ) , a ( d , l , b ) ) : f && ( runtime . assert ( "number" === n || "string" === n , "attempting to map unsupported type '" + n + "' (key: " + d + ")" ) , c . setAttributeNS ( f , d , String ( l ) ) ) } ) } var c = null ; this . splitBoundaries = function ( a ) { var c , d = [ ] , l , e , f ; if ( a . startContainer . nodeType === Node . TEXT _NODE || a . endContainer . nodeType ===
Node . TEXT _NODE ) { l = a . endContainer ; e = a . endContainer . nodeType !== Node . TEXT _NODE ? a . endOffset === a . endContainer . childNodes . length : ! 1 ; f = a . endOffset ; c = a . endContainer ; if ( f < c . childNodes . length ) for ( c = c . childNodes . item ( f ) , f = 0 ; c . firstChild ; ) c = c . firstChild ; else for ( ; c . lastChild ; ) c = c . lastChild , f = c . nodeType === Node . TEXT _NODE ? c . textContent . length : c . childNodes . length ; c === l && ( l = null ) ; a . setEnd ( c , f ) ; f = a . endContainer ; 0 !== a . endOffset && f . nodeType === Node . TEXT _NODE && ( c = f , a . endOffset !== c . length && ( d . push ( c . splitText ( a . endOffset ) ) ,
d . push ( c ) ) ) ; f = a . startContainer ; 0 !== a . startOffset && f . nodeType === Node . TEXT _NODE && ( c = f , a . startOffset !== c . length && ( f = c . splitText ( a . startOffset ) , d . push ( c ) , d . push ( f ) , a . setStart ( f , 0 ) ) ) ; if ( null !== l ) { for ( f = a . endContainer ; f . parentNode && f . parentNode !== l ; ) f = f . parentNode ; e = e ? l . childNodes . length : b ( f , l ) ; a . setEnd ( l , e ) } } return d } ; this . containsRange = d ; this . rangesIntersect = n ; this . rangeIntersection = function ( a , c ) { var b ; n ( a , c ) && ( b = a . cloneRange ( ) , - 1 === a . compareBoundaryPoints ( Range . START _TO _START , c ) && b . setStart ( c . startContainer ,
c . startOffset ) , 1 === a . compareBoundaryPoints ( Range . END _TO _END , c ) && b . setEnd ( c . endContainer , c . endOffset ) ) ; return b } ; this . getNodesInRange = function ( a , c , b ) { var d = [ ] , l = a . commonAncestorContainer , l = l . nodeType === Node . TEXT _NODE ? l . parentNode : l ; b = a . startContainer . ownerDocument . createTreeWalker ( l , b , c , ! 1 ) ; var e , f ; a . endContainer . childNodes [ a . endOffset - 1 ] ? ( e = a . endContainer . childNodes [ a . endOffset - 1 ] , f = Node . DOCUMENT _POSITION _PRECEDING | Node . DOCUMENT _POSITION _CONTAINED _BY ) : ( e = a . endContainer , f = Node . DOCUMENT _POSITION _PRECEDING ) ;
if ( a . startContainer . childNodes [ a . startOffset ] ) a = a . startContainer . childNodes [ a . startOffset ] , b . currentNode = a ; else { var n = a . startContainer ; a . startOffset === ( n . nodeType === Node . TEXT _NODE ? n . length : n . childNodes . length ) ? ( a = a . startContainer , b . currentNode = a , b . lastChild ( ) , a = b . nextNode ( ) ) : ( a = a . startContainer , b . currentNode = a ) } if ( a ) { a = b . currentNode ; if ( a !== l ) for ( a = a . parentNode ; a && a !== l ; ) c ( a ) === NodeFilter . FILTER _REJECT && ( b . currentNode = a ) , a = a . parentNode ; a = b . currentNode ; switch ( c ( a ) ) { case NodeFilter . FILTER _REJECT : for ( a =
b . nextSibling ( ) ; ! a && b . parentNode ( ) ; ) a = b . nextSibling ( ) ; break ; case NodeFilter . FILTER _SKIP : a = b . nextNode ( ) } for ( ; a ; ) { c = e . compareDocumentPosition ( a ) ; if ( 0 !== c && 0 === ( c & f ) ) break ; d . push ( a ) ; a = b . nextNode ( ) } } return d } ; this . normalizeTextNodes = function ( a ) { a && a . nextSibling && ( a = p ( a , a . nextSibling ) ) ; a && a . previousSibling && p ( a . previousSibling , a ) } ; this . rangeContainsNode = function ( a , c ) { var b = c . ownerDocument . createRange ( ) , l = c . ownerDocument . createRange ( ) , e ; b . setStart ( a . startContainer , a . startOffset ) ; b . setEnd ( a . endContainer ,
a . endOffset ) ; l . selectNodeContents ( c ) ; e = d ( b , l ) ; b . detach ( ) ; l . detach ( ) ; return e } ; this . mergeIntoParent = r ; this . removeUnwantedNodes = q ; this . removeAllChildNodes = function ( a ) { for ( ; a . firstChild ; ) a . removeChild ( a . firstChild ) } ; this . getElementsByTagNameNS = function ( a , c , b ) { var d = [ ] ; a = a . getElementsByTagNameNS ( c , b ) ; d . length = b = a . length ; for ( c = 0 ; c < b ; c += 1 ) d [ c ] = a . item ( c ) ; return d } ; this . getElementsByTagName = function ( a , c ) { var b = [ ] , d , l , e ; d = a . getElementsByTagName ( c ) ; b . length = e = d . length ; for ( l = 0 ; l < e ; l += 1 ) b [ l ] = d . item ( l ) ; return b } ;
this . containsNode = function ( a , c ) { return a === c || a . contains ( c ) } ; this . comparePoints = function ( a , c , d , l ) { if ( a === d ) return l - c ; var e = a . compareDocumentPosition ( d ) ; 2 === e ? e = - 1 : 4 === e ? e = 1 : 10 === e ? ( c = b ( a , d ) , e = c < l ? 1 : - 1 ) : ( l = b ( d , a ) , e = l < c ? - 1 : 1 ) ; return e } ; this . adaptRangeDifferenceToZoomLevel = l ; this . translateRect = function ( a , c , b ) { return { top : l ( a . top - c . top , b ) , left : l ( a . left - c . left , b ) , bottom : l ( a . bottom - c . top , b ) , right : l ( a . right - c . left , b ) , width : l ( a . width , b ) , height : l ( a . height , b ) } } ; this . getBoundingClientRect = function ( a ) { var b =
a . ownerDocument , d = g ( ) , l = b . body ; if ( ( ! 1 === d . unscaledRangeClientRects || d . rangeBCRIgnoresElementBCR ) && a . nodeType === Node . ELEMENT _NODE ) return a = a . getBoundingClientRect ( ) , d . elementBCRIgnoresBodyScroll ? { left : a . left + l . scrollLeft , right : a . right + l . scrollLeft , top : a . top + l . scrollTop , bottom : a . bottom + l . scrollTop , width : a . width , height : a . height } : a ; var e ; c ? e = c : c = e = b . createRange ( ) ; d = e ; d . selectNode ( a ) ; return d . getBoundingClientRect ( ) } ; this . mapKeyValObjOntoNode = function ( a , c , b ) { Object . keys ( c ) . forEach ( function ( d ) { var l = d . split ( ":" ) ,
e = l [ 1 ] , l = b ( l [ 0 ] ) , f = c [ d ] ; l ? ( e = a . getElementsByTagNameNS ( l , e ) [ 0 ] , e || ( e = a . ownerDocument . createElementNS ( l , d ) , a . appendChild ( e ) ) , e . textContent = f ) : runtime . log ( "Key ignored: " + d ) } ) } ; this . removeKeyElementsFromNode = function ( a , c , b ) { c . forEach ( function ( c ) { var d = c . split ( ":" ) , h = d [ 1 ] ; ( d = b ( d [ 0 ] ) ) ? ( h = a . getElementsByTagNameNS ( d , h ) [ 0 ] ) ? h . parentNode . removeChild ( h ) : runtime . log ( "Element for " + c + " not found." ) : runtime . log ( "Property Name ignored: " + c ) } ) } ; this . getKeyValRepresentationOfNode = function ( a , c ) { for ( var b = { } , d = a . firstElementChild ,
l ; d ; ) { if ( l = c ( d . namespaceURI ) ) b [ l + ":" + d . localName ] = d . textContent ; d = d . nextElementSibling } return b } ; this . mapObjOntoNode = a ; this . cloneEvent = function ( a ) { var c = Object . create ( null ) ; Object . keys ( a . constructor . prototype ) . forEach ( function ( b ) { c [ b ] = a [ b ] } ) ; c . prototype = a . constructor . prototype ; return c } ; this . getDirectChild = k ; ( function ( a ) { var c , b ; b = runtime . getWindow ( ) ; null !== b && ( c = b . navigator . appVersion . toLowerCase ( ) , b = - 1 === c . indexOf ( "chrome" ) && ( - 1 !== c . indexOf ( "applewebkit" ) || - 1 !== c . indexOf ( "safari" ) ) , c = - 1 !== c . indexOf ( "msie" ) ||
- 1 !== c . indexOf ( "trident" ) , b || c ) && ( a . containsNode = e ) } ) ( this ) } ; core . DomUtils = new core . DomUtilsImpl } ) ( ) ;
core . Cursor = function ( g , k ) { function d ( a ) { a . parentNode && ( r . push ( a . previousSibling ) , r . push ( a . nextSibling ) , a . parentNode . removeChild ( a ) ) } function b ( a , c , b ) { if ( c . nodeType === Node . TEXT _NODE ) { runtime . assert ( Boolean ( c ) , "putCursorIntoTextNode: invalid container" ) ; var d = c . parentNode ; runtime . assert ( Boolean ( d ) , "putCursorIntoTextNode: container without parent" ) ; runtime . assert ( 0 <= b && b <= c . length , "putCursorIntoTextNode: offset is out of bounds" ) ; 0 === b ? d . insertBefore ( a , c ) : ( b !== c . length && c . splitText ( b ) , d . insertBefore ( a ,
c . nextSibling ) ) } else c . nodeType === Node . ELEMENT _NODE && c . insertBefore ( a , c . childNodes . item ( b ) ) ; r . push ( a . previousSibling ) ; r . push ( a . nextSibling ) } var f = g . createElementNS ( "urn:webodf:names:cursor" , "cursor" ) , n = g . createElementNS ( "urn:webodf:names:cursor" , "anchor" ) , p , r = [ ] , q = g . createRange ( ) , e , l = core . DomUtils ; this . getNode = function ( ) { return f } ; this . getAnchorNode = function ( ) { return n . parentNode ? n : f } ; this . getSelectedRange = function ( ) { e ? ( q . setStartBefore ( f ) , q . collapse ( ! 0 ) ) : ( q . setStartAfter ( p ? n : f ) , q . setEndBefore ( p ?
f : n ) ) ; return q } ; this . setSelectedRange = function ( a , c ) { q && q !== a && q . detach ( ) ; q = a ; p = ! 1 !== c ; ( e = a . collapsed ) ? ( d ( n ) , d ( f ) , b ( f , a . startContainer , a . startOffset ) ) : ( d ( n ) , d ( f ) , b ( p ? f : n , a . endContainer , a . endOffset ) , b ( p ? n : f , a . startContainer , a . startOffset ) ) ; r . forEach ( l . normalizeTextNodes ) ; r . length = 0 } ; this . hasForwardSelection = function ( ) { return p } ; this . remove = function ( ) { d ( f ) ; r . forEach ( l . normalizeTextNodes ) ; r . length = 0 } ; f . setAttributeNS ( "urn:webodf:names:cursor" , "memberId" , k ) ; n . setAttributeNS ( "urn:webodf:names:cursor" , "memberId" ,
k ) } ; core . Destroyable = function ( ) { } ; core . Destroyable . prototype . destroy = function ( g ) { } ; core . EventSource = function ( ) { } ; core . EventSource . prototype . subscribe = function ( g , k ) { } ; core . EventSource . prototype . unsubscribe = function ( g , k ) { } ;
core . EventNotifier = function ( g ) { function k ( b ) { runtime . assert ( ! d . hasOwnProperty ( b ) , 'Duplicated event ids: "' + b + '" registered more than once.' ) ; d [ b ] = [ ] } var d = { } ; this . emit = function ( b , f ) { var n , g ; runtime . assert ( d . hasOwnProperty ( b ) , 'unknown event fired "' + b + '"' ) ; g = d [ b ] ; for ( n = 0 ; n < g . length ; n += 1 ) g [ n ] ( f ) } ; this . subscribe = function ( b , f ) { runtime . assert ( d . hasOwnProperty ( b ) , 'tried to subscribe to unknown event "' + b + '"' ) ; d [ b ] . push ( f ) } ; this . unsubscribe = function ( b , f ) { var n ; runtime . assert ( d . hasOwnProperty ( b ) , 'tried to unsubscribe from unknown event "' +
b + '"' ) ; n = d [ b ] . indexOf ( f ) ; runtime . assert ( - 1 !== n , 'tried to unsubscribe unknown callback from event "' + b + '"' ) ; - 1 !== n && d [ b ] . splice ( n , 1 ) } ; this . register = k ; g && g . forEach ( k ) } ;
core . ScheduledTask = function ( g , k , d ) { function b ( ) { p && ( d ( n ) , p = ! 1 ) } function f ( ) { b ( ) ; g . apply ( void 0 , r ) ; r = null } var n , p = ! 1 , r = [ ] , q = ! 1 ; this . trigger = function ( ) { runtime . assert ( ! 1 === q , "Can't trigger destroyed ScheduledTask instance" ) ; r = Array . prototype . slice . call ( arguments ) ; p || ( p = ! 0 , n = k ( f ) ) } ; this . triggerImmediate = function ( ) { runtime . assert ( ! 1 === q , "Can't trigger destroyed ScheduledTask instance" ) ; r = Array . prototype . slice . call ( arguments ) ; f ( ) } ; this . processRequests = function ( ) { p && f ( ) } ; this . cancel = b ; this . restart = function ( ) { runtime . assert ( ! 1 ===
q , "Can't trigger destroyed ScheduledTask instance" ) ; b ( ) ; p = ! 0 ; n = k ( f ) } ; this . destroy = function ( d ) { b ( ) ; q = ! 0 ; d ( ) } } ;
( function ( ) { var g ; core . Task = { } ; core . Task . SUPPRESS _MANUAL _PROCESSING = ! 1 ; core . Task . processTasks = function ( ) { core . Task . SUPPRESS _MANUAL _PROCESSING || g . performRedraw ( ) } ; core . Task . createRedrawTask = function ( k ) { return new core . ScheduledTask ( k , g . requestRedrawTask , g . cancelRedrawTask ) } ; core . Task . createTimeoutTask = function ( g , d ) { return new core . ScheduledTask ( g , function ( b ) { return runtime . setTimeout ( b , d ) } , runtime . clearTimeout ) } ; g = new function ( ) { var g = { } ; this . requestRedrawTask = function ( d ) { var b = runtime . requestAnimationFrame ( function ( ) { d ( ) ;
delete g [ b ] } ) ; g [ b ] = d ; return b } ; this . performRedraw = function ( ) { Object . keys ( g ) . forEach ( function ( d ) { g [ d ] ( ) ; runtime . cancelAnimationFrame ( parseInt ( d , 10 ) ) } ) ; g = { } } ; this . cancelRedrawTask = function ( d ) { runtime . cancelAnimationFrame ( d ) ; delete g [ d ] } } } ) ( ) ;
core . EventSubscriptions = function ( ) { function g ( b , f , n ) { b . subscribe ( f , n ) ; d . push ( { eventSource : b , eventid : f , callback : n } ) } function k ( ) { var n = [ ] ; d . forEach ( function ( b ) { b . eventSource . unsubscribe ( b . eventid , b . callback ) } ) ; d . length = 0 ; Object . keys ( f ) . forEach ( function ( b ) { f [ b ] . forEach ( function ( b ) { n . push ( b . task . destroy ) } ) ; delete f [ b ] } ) ; core . Async . destroyAll ( n , function ( ) { } ) ; b = new core . EventNotifier } var d = [ ] , b = new core . EventNotifier , f = { } , n = 0 ; this . addSubscription = g ; this . addFrameSubscription = function ( d , k , q ) { var e , l , a , c ;
f . hasOwnProperty ( k ) || ( f [ k ] = [ ] ) ; a = f [ k ] ; for ( c = 0 ; c < a . length ; c += 1 ) if ( a [ c ] . eventSource === d ) { e = a [ c ] ; break } e || ( l = "s" + n , n += 1 , b . register ( l ) , e = { frameEventId : l , eventSource : d , task : core . Task . createRedrawTask ( function ( ) { b . emit ( l , void 0 ) } ) } , a . push ( e ) , g ( d , k , e . task . trigger ) ) ; b . subscribe ( e . frameEventId , q ) } ; this . unsubscribeAll = k ; this . destroy = function ( b ) { k ( ) ; b ( ) } } ; core . LazyProperty = function ( g ) { var k , d = ! 1 ; this . value = function ( ) { d || ( k = g ( ) , d = ! 0 ) ; return k } ; this . reset = function ( ) { d = ! 1 } } ;
core . LoopWatchDog = function ( g , k ) { var d = Date . now ( ) , b = 0 ; this . check = function ( ) { var f ; if ( g && ( f = Date . now ( ) , f - d > g ) ) throw runtime . log ( "alert" , "watchdog timeout" ) , "timeout!" ; if ( 0 < k && ( b += 1 , b > k ) ) throw runtime . log ( "alert" , "watchdog loop overflow" ) , "loop overflow" ; } } ; core . NodeFilterChain = function ( g ) { var k = NodeFilter . FILTER _REJECT , d = NodeFilter . FILTER _ACCEPT ; this . acceptNode = function ( b ) { var f ; for ( f = 0 ; f < g . length ; f += 1 ) if ( g [ f ] . acceptNode ( b ) === k ) return k ; return d } } ;
core . PositionIterator = function ( g , k , d , b ) { function f ( ) { this . acceptNode = function ( a ) { return ! a || a . nodeType === m && 0 === a . length ? x : y } } function n ( a ) { this . acceptNode = function ( c ) { return ! c || c . nodeType === m && 0 === c . length ? x : a . acceptNode ( c ) } } function p ( ) { var c = l . currentNode , b = c . nodeType ; a = b === m ? c . length - 1 : b === h ? 1 : 0 } function r ( ) { if ( null === l . previousSibling ( ) ) { if ( ! l . parentNode ( ) || l . currentNode === g ) return l . firstChild ( ) , ! 1 ; a = 0 } else p ( ) ; return ! 0 } function q ( ) { var b = l . currentNode , d ; d = c ( b ) ; if ( b !== g ) for ( b = b . parentNode ; b &&
b !== g ; ) c ( b ) === x && ( l . currentNode = b , d = x ) , b = b . parentNode ; d === x ? ( a = l . currentNode . nodeType === m ? b . length : 1 , b = e . nextPosition ( ) ) : b = d === y ? ! 0 : e . nextPosition ( ) ; b && runtime . assert ( c ( l . currentNode ) === y , "moveToAcceptedNode did not result in walker being on an accepted node" ) ; return b } var e = this , l , a , c , m = Node . TEXT _NODE , h = Node . ELEMENT _NODE , y = NodeFilter . FILTER _ACCEPT , x = NodeFilter . FILTER _REJECT ; this . nextPosition = function ( ) { var c = l . currentNode , b = c . nodeType ; if ( c === g ) return ! 1 ; if ( 0 === a && b === h ) null === l . firstChild ( ) && ( a = 1 ) ;
else if ( b === m && a + 1 < c . length ) a += 1 ; else if ( null !== l . nextSibling ( ) ) a = 0 ; else if ( l . parentNode ( ) ) a = 1 ; else return ! 1 ; return ! 0 } ; this . previousPosition = function ( ) { var c = ! 0 , b = l . currentNode ; 0 === a ? c = r ( ) : b . nodeType === m ? -- a : null !== l . lastChild ( ) ? p ( ) : b === g ? c = ! 1 : a = 0 ; return c } ; this . previousNode = r ; this . container = function ( ) { var c = l . currentNode , b = c . nodeType ; 0 === a && b !== m && ( c = c . parentNode ) ; return c } ; this . rightNode = function ( ) { var b = l . currentNode , d = b . nodeType ; if ( d === m && a === b . length ) for ( b = b . nextSibling ; b && c ( b ) !== y ; ) b = b . nextSibling ;
else d === h && 1 === a && ( b = null ) ; return b } ; this . leftNode = function ( ) { var b = l . currentNode ; if ( 0 === a ) for ( b = b . previousSibling ; b && c ( b ) !== y ; ) b = b . previousSibling ; else if ( b . nodeType === h ) for ( b = b . lastChild ; b && c ( b ) !== y ; ) b = b . previousSibling ; return b } ; this . getCurrentNode = function ( ) { return l . currentNode } ; this . unfilteredDomOffset = function ( ) { if ( l . currentNode . nodeType === m ) return a ; for ( var c = 0 , b = l . currentNode , b = 1 === a ? b . lastChild : b . previousSibling ; b ; ) c += 1 , b = b . previousSibling ; return c } ; this . getPreviousSibling = function ( ) { var a =
l . currentNode , c = l . previousSibling ( ) ; l . currentNode = a ; return c } ; this . getNextSibling = function ( ) { var a = l . currentNode , c = l . nextSibling ( ) ; l . currentNode = a ; return c } ; this . setPositionBeforeElement = function ( c ) { runtime . assert ( Boolean ( c ) , "setPositionBeforeElement called without element" ) ; l . currentNode = c ; a = 0 ; return q ( ) } ; this . setUnfilteredPosition = function ( c , b ) { runtime . assert ( Boolean ( c ) , "PositionIterator.setUnfilteredPosition called without container" ) ; l . currentNode = c ; c . nodeType === m ? ( a = b , runtime . assert ( b <= c . length ,
"Error in setPosition: " + b + " > " + c . length ) , runtime . assert ( 0 <= b , "Error in setPosition: " + b + " < 0" ) , b === c . length && ( l . nextSibling ( ) ? a = 0 : l . parentNode ( ) ? a = 1 : runtime . assert ( ! 1 , "Error in setUnfilteredPosition: position not valid." ) ) ) : b < c . childNodes . length ? ( l . currentNode = c . childNodes . item ( b ) , a = 0 ) : a = 1 ; return q ( ) } ; this . moveToEnd = function ( ) { l . currentNode = g ; a = 1 } ; this . moveToEndOfNode = function ( c ) { c . nodeType === m ? e . setUnfilteredPosition ( c , c . length ) : ( l . currentNode = c , a = 1 ) } ; this . isBeforeNode = function ( ) { return 0 === a } ;
this . getNodeFilter = function ( ) { return c } ; c = ( d ? new n ( d ) : new f ) . acceptNode ; c . acceptNode = c ; k = k || NodeFilter . SHOW _ALL ; runtime . assert ( g . nodeType !== Node . TEXT _NODE , "Internet Explorer doesn't allow tree walker roots to be text nodes" ) ; l = g . ownerDocument . createTreeWalker ( g , k , c , b ) ; a = 0 ; null === l . firstChild ( ) && ( a = 1 ) } ; core . PositionFilter = function ( ) { } ; core . PositionFilter . FilterResult = { FILTER _ACCEPT : 1 , FILTER _REJECT : 2 , FILTER _SKIP : 3 } ; core . PositionFilter . prototype . acceptPosition = function ( g ) { } ;
core . PositionFilterChain = function ( ) { var g = [ ] , k = core . PositionFilter . FilterResult . FILTER _ACCEPT , d = core . PositionFilter . FilterResult . FILTER _REJECT ; this . acceptPosition = function ( b ) { var f ; for ( f = 0 ; f < g . length ; f += 1 ) if ( g [ f ] . acceptPosition ( b ) === d ) return d ; return k } ; this . addFilter = function ( b ) { g . push ( b ) } } ; core . StepDirection = { PREVIOUS : 1 , NEXT : 2 } ;
core . StepIterator = function ( g , k ) { function d ( ) { a = null ; m = c = void 0 } function b ( ) { void 0 === m && ( m = g . acceptPosition ( k ) === e ) ; return m } function f ( a , c ) { d ( ) ; return k . setUnfilteredPosition ( a , c ) } function n ( ) { a || ( a = k . container ( ) ) ; return a } function p ( ) { void 0 === c && ( c = k . unfilteredDomOffset ( ) ) ; return c } function r ( ) { for ( d ( ) ; k . nextPosition ( ) ; ) if ( d ( ) , b ( ) ) return ! 0 ; return ! 1 } function q ( ) { for ( d ( ) ; k . previousPosition ( ) ; ) if ( d ( ) , b ( ) ) return ! 0 ; return ! 1 } var e = core . PositionFilter . FilterResult . FILTER _ACCEPT , l = core . StepDirection . NEXT ,
a , c , m ; this . isStep = b ; this . setPosition = f ; this . container = n ; this . offset = p ; this . nextStep = r ; this . previousStep = q ; this . advanceStep = function ( a ) { return a === l ? r ( ) : q ( ) } ; this . roundToClosestStep = function ( ) { var a , c , d = b ( ) ; d || ( a = n ( ) , c = p ( ) , d = q ( ) , d || ( f ( a , c ) , d = r ( ) ) ) ; return d } ; this . roundToPreviousStep = function ( ) { var a = b ( ) ; a || ( a = q ( ) ) ; return a } ; this . roundToNextStep = function ( ) { var a = b ( ) ; a || ( a = r ( ) ) ; return a } ; this . leftNode = function ( ) { return k . leftNode ( ) } ; this . snapshot = function ( ) { return new core . StepIterator . StepSnapshot ( n ( ) ,
p ( ) ) } ; this . restore = function ( a ) { f ( a . container , a . offset ) } } ; core . StepIterator . StepSnapshot = function ( g , k ) { this . container = g ; this . offset = k } ;
core . Utils = function ( ) { function g ( k , d ) { if ( d && Array . isArray ( d ) ) { k = k || [ ] ; if ( ! Array . isArray ( k ) ) throw "Destination is not an array." ; k = k . concat ( d . map ( function ( b ) { return g ( null , b ) } ) ) } else if ( d && "object" === typeof d ) { k = k || { } ; if ( "object" !== typeof k ) throw "Destination is not an object." ; Object . keys ( d ) . forEach ( function ( b ) { k [ b ] = g ( k [ b ] , d [ b ] ) } ) } else k = d ; return k } this . hashString = function ( g ) { var d = 0 , b , f ; b = 0 ; for ( f = g . length ; b < f ; b += 1 ) d = ( d << 5 ) - d + g . charCodeAt ( b ) , d |= 0 ; return d } ; this . mergeObjects = function ( k , d ) { Object . keys ( d ) . forEach ( function ( b ) { k [ b ] =
g ( k [ b ] , d [ b ] ) } ) ; return k } } ;
core . Zip = function ( g , k ) { function d ( b , d ) { var a = r . file ( b ) ; a ? d ( null , a . asUint8Array ( ) ) : d ( b + " not found." , null ) } function b ( b , l ) { d ( b , function ( a , c ) { if ( a || null === c ) return l ( a , null ) ; var b = runtime . byteArrayToString ( c , "utf8" ) ; l ( null , b ) } ) } function f ( b , d ) { try { b ( r . generate ( { type : "uint8array" , compression : "STORE" } ) ) } catch ( a ) { d ( a . message ) } } function n ( b , d ) { f ( function ( a ) { runtime . writeFile ( b , a , d ) } , d ) } var p = this , r , q = new core . Base64 ; this . load = d ; this . save = function ( b , d , a , c ) { r . file ( b , d , { date : c , compression : a ? "DEFLATE" : "STORE" } ) } ;
this . remove = function ( b ) { var d = null !== r . file ( b ) ; r . remove ( b ) ; return d } ; this . write = function ( b ) { n ( g , b ) } ; this . writeAs = n ; this . createByteArray = f ; this . loadContentXmlAsFragments = function ( d , l ) { b ( d , function ( a , c ) { if ( a ) return l . rootElementReady ( a ) ; l . rootElementReady ( null , c , ! 0 ) } ) } ; this . loadAsString = b ; this . loadAsDOM = function ( d , l ) { b ( d , function ( a , c ) { if ( a || null === c ) l ( a , null ) ; else { var b = ( new DOMParser ) . parseFromString ( c , "text/xml" ) ; l ( null , b ) } } ) } ; this . loadAsDataURL = function ( b , l , a ) { d ( b , function ( c , b ) { if ( c || ! b ) return a ( c ,
null ) ; var d = 0 , e ; l || ( l = 80 === b [ 1 ] && 78 === b [ 2 ] && 71 === b [ 3 ] ? "image/png" : 255 === b [ 0 ] && 216 === b [ 1 ] && 255 === b [ 2 ] ? "image/jpeg" : 71 === b [ 0 ] && 73 === b [ 1 ] && 70 === b [ 2 ] ? "image/gif" : "" ) ; for ( e = "data:" + l + ";base64," ; d < b . length ; ) e += q . convertUTF8ArrayToBase64 ( b . subarray ( d , Math . min ( d + 45E3 , b . length ) ) ) , d += 45E3 ; a ( null , e ) } ) } ; this . getEntries = function ( ) { return Object . keys ( r . files ) . map ( function ( b ) { return { filename : b , date : r . files [ b ] . date } } ) } ; r = new externs . JSZip ; null !== k && runtime . readFile ( g , "binary" , function ( b , d ) { "string" === typeof d && ( b =
"file was read as a string. Should be Uint8Array." ) ; if ( b || ! d || 0 === d . length ) k ( "File '" + g + "' cannot be read. Err: " + ( b || "[none]" ) , p ) ; else try { r . load ( d , { checkCRC32 : ! 1 } ) , k ( null , p ) } catch ( a ) { k ( a . message , p ) } } ) } ; core . SimpleClientRect = null ; gui . CommonConstraints = { EDIT : { ANNOTATIONS : { ONLY _DELETE _OWN : "onlyDeleteOwn" } , REVIEW _MODE : "reviewMode" } } ;
gui . SessionConstraints = function ( ) { function g ( b ) { k . hasOwnProperty ( b ) || ( k [ b ] = ! 1 , d . register ( b ) ) } var k = { } , d = new core . EventNotifier ; this . registerConstraint = g ; this . subscribe = function ( b , f ) { g ( b ) ; d . subscribe ( b , f ) } ; this . unsubscribe = function ( b , f ) { d . unsubscribe ( b , f ) } ; this . setState = function ( b , f ) { runtime . assert ( ! 0 === k . hasOwnProperty ( b ) , "No such constraint" ) ; k [ b ] !== f && ( k [ b ] = f , d . emit ( b , f ) ) } ; this . getState = function ( b ) { runtime . assert ( ! 0 === k . hasOwnProperty ( b ) , "No such constraint" ) ; return k [ b ] } } ;
gui . BlacklistNamespaceNodeFilter = function ( g ) { var k = { } , d = NodeFilter . FILTER _REJECT , b = NodeFilter . FILTER _ACCEPT ; this . acceptNode = function ( f ) { return ! f || k . hasOwnProperty ( f . namespaceURI ) ? d : b } ; ( function ( ) { g . forEach ( function ( b ) { k [ b ] = ! 0 } ) } ) ( ) } ;
odf . Namespaces = { namespaceMap : { config : "urn:oasis:names:tc:opendocument:xmlns:config:1.0" , db : "urn:oasis:names:tc:opendocument:xmlns:database:1.0" , dc : "http://purl.org/dc/elements/1.1/" , dr3d : "urn:oasis:names:tc:opendocument:xmlns:dr3d:1.0" , draw : "urn:oasis:names:tc:opendocument:xmlns:drawing:1.0" , chart : "urn:oasis:names:tc:opendocument:xmlns:chart:1.0" , fo : "urn:oasis:names:tc:opendocument:xmlns:xsl-fo-compatible:1.0" , form : "urn:oasis:names:tc:opendocument:xmlns:form:1.0" , math : "http://www.w3.org/1998/Math/MathML" ,
meta : "urn:oasis:names:tc:opendocument:xmlns:meta:1.0" , number : "urn:oasis:names:tc:opendocument:xmlns:datastyle:1.0" , office : "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , presentation : "urn:oasis:names:tc:opendocument:xmlns:presentation:1.0" , style : "urn:oasis:names:tc:opendocument:xmlns:style:1.0" , svg : "urn:oasis:names:tc:opendocument:xmlns:svg-compatible:1.0" , table : "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , text : "urn:oasis:names:tc:opendocument:xmlns:text:1.0" , xforms : "http://www.w3.org/2002/xforms" ,
xlink : "http://www.w3.org/1999/xlink" , xml : "http://www.w3.org/XML/1998/namespace" } , prefixMap : { } , configns : "urn:oasis:names:tc:opendocument:xmlns:config:1.0" , dbns : "urn:oasis:names:tc:opendocument:xmlns:database:1.0" , dcns : "http://purl.org/dc/elements/1.1/" , dr3dns : "urn:oasis:names:tc:opendocument:xmlns:dr3d:1.0" , drawns : "urn:oasis:names:tc:opendocument:xmlns:drawing:1.0" , chartns : "urn:oasis:names:tc:opendocument:xmlns:chart:1.0" , fons : "urn:oasis:names:tc:opendocument:xmlns:xsl-fo-compatible:1.0" , formns : "urn:oasis:names:tc:opendocument:xmlns:form:1.0" ,
mathns : "http://www.w3.org/1998/Math/MathML" , metans : "urn:oasis:names:tc:opendocument:xmlns:meta:1.0" , numberns : "urn:oasis:names:tc:opendocument:xmlns:datastyle:1.0" , officens : "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , presentationns : "urn:oasis:names:tc:opendocument:xmlns:presentation:1.0" , stylens : "urn:oasis:names:tc:opendocument:xmlns:style:1.0" , svgns : "urn:oasis:names:tc:opendocument:xmlns:svg-compatible:1.0" , tablens : "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , textns : "urn:oasis:names:tc:opendocument:xmlns:text:1.0" ,
xformsns : "http://www.w3.org/2002/xforms" , xlinkns : "http://www.w3.org/1999/xlink" , xmlns : "http://www.w3.org/XML/1998/namespace" } ; ( function ( ) { var g = odf . Namespaces . namespaceMap , k = odf . Namespaces . prefixMap , d ; for ( d in g ) g . hasOwnProperty ( d ) && ( k [ g [ d ] ] = d ) } ) ( ) ; odf . Namespaces . forEachPrefix = function ( g ) { var k = odf . Namespaces . namespaceMap , d ; for ( d in k ) k . hasOwnProperty ( d ) && g ( d , k [ d ] ) } ;
odf . Namespaces . lookupNamespaceURI = function ( g ) { var k = null ; odf . Namespaces . namespaceMap . hasOwnProperty ( g ) && ( k = odf . Namespaces . namespaceMap [ g ] ) ; return k } ; odf . Namespaces . lookupPrefix = function ( g ) { var k = odf . Namespaces . prefixMap ; return k . hasOwnProperty ( g ) ? k [ g ] : null } ; odf . Namespaces . lookupNamespaceURI . lookupNamespaceURI = odf . Namespaces . lookupNamespaceURI ;
( function ( ) { odf . OdfSchemaImpl = function ( ) { var g = [ [ "config:config-item" , "uncategorized" ] , [ "form:item" , "object" ] , [ "form:option" , "uncategorized" ] , [ "math:math" , "field" ] , [ "meta:user-defined" , "uncategorized" ] , [ "number:currency-symbol" , "uncategorized" ] , [ "number:embedded-text" , "uncategorized" ] , [ "number:text" , "uncategorized" ] , [ "presentation:date-time-decl" , "uncategorized" ] , [ "presentation:footer-decl" , "uncategorized" ] , [ "presentation:header-decl" , "uncategorized" ] , [ "svg:desc" , "text" ] , [ "svg:title" , "text" ] , [ "table:desc" ,
"uncategorized" ] , [ "table:title" , "uncategorized" ] , [ "text:a" , "text" ] , [ "text:author-initials" , "field" ] , [ "text:author-name" , "field" ] , [ "text:bibliography-mark" , "field" ] , [ "text:bookmark-ref" , "field" ] , [ "text:chapter" , "field" ] , [ "text:character-count" , "field" ] , [ "text:conditional-text" , "field" ] , [ "text:creation-date" , "field" ] , [ "text:creation-time" , "field" ] , [ "text:creator" , "field" ] , [ "text:database-display" , "field" ] , [ "text:database-name" , "field" ] , [ "text:database-row-number" , "field" ] , [ "text:date" , "field" ] , [ "text:dde-connection" ,
"field" ] , [ "text:description" , "field" ] , [ "text:editing-cycles" , "field" ] , [ "text:editing-duration" , "field" ] , [ "text:execute-macro" , "uncategorized" ] , [ "text:expression" , "uncategorized" ] , [ "text:file-name" , "field" ] , [ "text:h" , "text" ] , [ "text:hidden-paragraph" , "text" ] , [ "text:hidden-text" , "text" ] , [ "text:image-count" , "field" ] , [ "text:index-entry-span" , "uncategorized" ] , [ "text:index-title-template" , "uncategorized" ] , [ "text:initial-creator" , "field" ] , [ "text:keywords" , "field" ] , [ "text:linenumbering-separator" , "style" ] ,
[ "text:measure" , "uncategorized" ] , [ "text:meta" , "uncategorized" ] , [ "text:meta-field" , "uncategorized" ] , [ "text:modification-date" , "field" ] , [ "text:modification-time" , "field" ] , [ "text:note-citation" , "field" ] , [ "text:note-continuation-notice-backward" , "style" ] , [ "text:note-continuation-notice-forward" , "style" ] , [ "text:note-ref" , "field" ] , [ "text:object-count" , "field" ] , [ "text:p" , "text" ] , [ "text:page-continuation" , "uncategorized" ] , [ "text:page-count" , "field" ] , [ "text:page-number" , "field" ] , [ "text:page-variable-get" ,
"field" ] , [ "text:page-variable-set" , "field" ] , [ "text:paragraph-count" , "field" ] , [ "text:placeholder" , "field" ] , [ "text:print-date" , "field" ] , [ "text:print-time" , "field" ] , [ "text:printed-by" , "field" ] , [ "text:reference-ref" , "field" ] , [ "text:ruby-base" , "text" ] , [ "text:ruby-text" , "text" ] , [ "text:script" , "text" ] , [ "text:sender-city" , "field" ] , [ "text:sender-company" , "field" ] , [ "text:sender-country" , "field" ] , [ "text:sender-email" , "field" ] , [ "text:sender-fax" , "field" ] , [ "text:sender-firstname" , "field" ] , [ "text:sender-initials" ,
"field" ] , [ "text:sender-lastname" , "field" ] , [ "text:sender-phone-private" , "field" ] , [ "text:sender-phone-work" , "field" ] , [ "text:sender-position" , "field" ] , [ "text:sender-postal-code" , "field" ] , [ "text:sender-state-or-province" , "field" ] , [ "text:sender-street" , "field" ] , [ "text:sender-title" , "field" ] , [ "text:sequence" , "uncategorized" ] , [ "text:sequence-ref" , "uncategorized" ] , [ "text:sheet-name" , "uncategorized" ] , [ "text:span" , "text" ] , [ "text:subject" , "field" ] , [ "text:table-count" , "field" ] , [ "text:table-formula" , "deprecated" ] ,
[ "text:template-name" , "uncategorized" ] , [ "text:text-input" , "field" ] , [ "text:time" , "field" ] , [ "text:title" , "field" ] , [ "text:user-defined" , "field" ] , [ "text:user-field-get" , "field" ] , [ "text:user-field-input" , "field" ] , [ "text:variable-get" , "field" ] , [ "text:variable-input" , "field" ] , [ "text:variable-set" , "field" ] , [ "text:word-count" , "field" ] , [ "xforms:model" , "uncategorized" ] ] , k = { } ; this . isTextContainer = function ( d , b ) { return "text" === k [ d + ":" + b ] } ; this . isField = function ( d , b ) { return "field" === k [ d + ":" + b ] } ; this . getFields = function ( ) { return g . filter ( function ( d ) { return "field" ===
d [ 1 ] } ) . map ( function ( d ) { return d [ 0 ] } ) } ; ( function ( ) { g . forEach ( function ( d ) { var b = d [ 1 ] , f = d [ 0 ] . split ( ":" ) ; d = f [ 0 ] ; var f = f [ 1 ] , n = odf . Namespaces . lookupNamespaceURI ( d ) ; n ? k [ n + ":" + f ] = b : runtime . log ( "DEBUG: OdfSchema - unknown prefix '" + d + "'" ) } ) } ) ( ) } ; odf . OdfSchema = new odf . OdfSchemaImpl } ) ( ) ;
odf . OdfUtilsImpl = function ( ) { function g ( a ) { return "image" === ( a && a . localName ) && a . namespaceURI === R } function k ( a ) { return null !== a && a . nodeType === Node . ELEMENT _NODE && "frame" === a . localName && a . namespaceURI === R && "as-char" === a . getAttributeNS ( J , "anchor-type" ) } function d ( a ) { var c ; ( c = "annotation" === ( a && a . localName ) && a . namespaceURI === odf . Namespaces . officens ) || ( c = "div" === ( a && a . localName ) && "annotationWrapper" === a . className ) ; return c } function b ( a ) { return "a" === ( a && a . localName ) && a . namespaceURI === J } function f ( a ) { var c =
a && a . localName ; return ( "p" === c || "h" === c ) && a . namespaceURI === J } function n ( a , c ) { for ( a && void 0 !== c && ! f ( a ) && a . childNodes . item ( c ) && ( a = a . childNodes . item ( c ) ) ; a && ! f ( a ) ; ) a = a . parentNode ; return a } function p ( a , c ) { for ( ; a && a !== c ; ) { if ( a . namespaceURI === odf . Namespaces . officens && "annotation" === a . localName ) return a ; a = a . parentNode } return null } function r ( a ) { return /^[ \t\r\n]+$/ . test ( a ) } function q ( a ) { if ( null === a || a . nodeType !== Node . ELEMENT _NODE ) return ! 1 ; var c = a . localName ; return fa . isTextContainer ( a . namespaceURI , c ) || "span" ===
c && "webodf-annotationHighlight" === a . className } function e ( a ) { return null === a || a . nodeType !== Node . ELEMENT _NODE ? ! 1 : fa . isField ( a . namespaceURI , a . localName ) } function l ( a ) { var c = a && a . localName , b = ! 1 ; c && ( a = a . namespaceURI , a === J && ( b = "s" === c || "tab" === c || "line-break" === c ) ) ; return b } function a ( a ) { return l ( a ) || e ( a ) || k ( a ) || d ( a ) } function c ( a ) { var c = a && a . localName , b = ! 1 ; c && ( a = a . namespaceURI , a === J && ( b = "s" === c ) ) ; return b } function m ( a ) { return - 1 !== S . indexOf ( a . namespaceURI ) } function h ( a ) { if ( l ( a ) || e ( a ) ) return ! 1 ; if ( q ( a . parentNode ) &&
a . nodeType === Node . TEXT _NODE ) return 0 === a . textContent . length ; for ( a = a . firstChild ; a ; ) { if ( m ( a ) || ! h ( a ) ) return ! 1 ; a = a . nextSibling } return ! 0 } function y ( a ) { for ( ; null !== a . firstChild && q ( a ) ; ) a = a . firstChild ; return a } function x ( a ) { for ( ; null !== a . lastChild && q ( a ) ; ) a = a . lastChild ; return a } function z ( a ) { for ( ; ! f ( a ) && null === a . previousSibling ; ) a = a . parentNode ; return f ( a ) ? null : x ( a . previousSibling ) } function w ( a ) { for ( ; ! f ( a ) && null === a . nextSibling ; ) a = a . parentNode ; return f ( a ) ? null : y ( a . nextSibling ) } function v ( b ) { for ( var d = ! 1 ; b ; ) if ( b . nodeType ===
Node . TEXT _NODE ) if ( 0 === b . length ) b = z ( b ) ; else return ! r ( b . data . substr ( b . length - 1 , 1 ) ) ; else a ( b ) ? ( d = ! 1 === c ( b ) , b = null ) : b = z ( b ) ; return d } function u ( c ) { var b = ! 1 , d ; for ( c = c && y ( c ) ; c ; ) { d = c . nodeType === Node . TEXT _NODE ? c . length : 0 ; if ( 0 < d && ! r ( c . data ) ) { b = ! 0 ; break } if ( a ( c ) ) { b = ! 0 ; break } c = w ( c ) } return b } function t ( a , c ) { return r ( a . data . substr ( c ) ) ? ! u ( w ( a ) ) : ! 1 } function A ( c , b ) { var d = c . data , m ; if ( ! r ( d [ b ] ) || a ( c . parentNode ) ) return ! 1 ; 0 < b ? r ( d [ b - 1 ] ) || ( m = ! 0 ) : v ( z ( c ) ) && ( m = ! 0 ) ; return ! 0 === m ? t ( c , b ) ? ! 1 : ! 0 : ! 1 } function I ( a ) { return ( a = /(-?[0-9]*[0-9][0-9]*(\.[0-9]*)?|0+\.[0-9]*[1-9][0-9]*|\.[0-9]*[1-9][0-9]*)((cm)|(mm)|(in)|(pt)|(pc)|(px)|(%))/ . exec ( a ) ) ?
{ value : parseFloat ( a [ 1 ] ) , unit : a [ 3 ] } : null } function K ( a ) { return ( a = I ( a ) ) && ( 0 > a . value || "%" === a . unit ) ? null : a } function L ( a ) { return ( a = I ( a ) ) && "%" !== a . unit ? null : a } function E ( a ) { switch ( a . namespaceURI ) { case odf . Namespaces . drawns : case odf . Namespaces . svgns : case odf . Namespaces . dr3dns : return ! 1 ; case odf . Namespaces . textns : switch ( a . localName ) { case "note-body" : case "ruby-text" : return ! 1 } break ; case odf . Namespaces . officens : switch ( a . localName ) { case "annotation" : case "binary-data" : case "event-listeners" : return ! 1 } break ; default : switch ( a . localName ) { case "cursor" : case "editinfo" : return ! 1 } } return ! 0 }
function N ( a ) { return Boolean ( n ( a ) && ( ! r ( a . textContent ) || A ( a , 0 ) ) ) } function O ( a , c ) { for ( ; 0 < c . length && ! aa . rangeContainsNode ( a , c [ 0 ] ) ; ) c . shift ( ) ; for ( ; 0 < c . length && ! aa . rangeContainsNode ( a , c [ c . length - 1 ] ) ; ) c . pop ( ) } function D ( c , b , m ) { var h ; h = aa . getNodesInRange ( c , function ( c ) { var b = NodeFilter . FILTER _REJECT ; if ( l ( c . parentNode ) || e ( c . parentNode ) || d ( c ) ) b = NodeFilter . FILTER _REJECT ; else if ( c . nodeType === Node . TEXT _NODE ) { if ( m || N ( c ) ) b = NodeFilter . FILTER _ACCEPT } else if ( a ( c ) ) b = NodeFilter . FILTER _ACCEPT ; else if ( E ( c ) || q ( c ) ) b = NodeFilter . FILTER _SKIP ;
return b } , NodeFilter . SHOW _ELEMENT | NodeFilter . SHOW _TEXT ) ; b || O ( c , h ) ; return h } function V ( a , c , b ) { for ( ; a ; ) { if ( b ( a ) ) { c [ 0 ] !== a && c . unshift ( a ) ; break } if ( d ( a ) ) break ; a = a . parentNode } } function W ( a , c ) { var b = a ; if ( c < b . childNodes . length - 1 ) b = b . childNodes [ c + 1 ] ; else { for ( ; ! b . nextSibling ; ) b = b . parentNode ; b = b . nextSibling } for ( ; b . firstChild ; ) b = b . firstChild ; return b } var J = odf . Namespaces . textns , R = odf . Namespaces . drawns , P = odf . Namespaces . xlinkns , aa = core . DomUtils , S = [ odf . Namespaces . dbns , odf . Namespaces . dcns , odf . Namespaces . dr3dns , odf . Namespaces . drawns ,
odf . Namespaces . chartns , odf . Namespaces . formns , odf . Namespaces . numberns , odf . Namespaces . officens , odf . Namespaces . presentationns , odf . Namespaces . stylens , odf . Namespaces . svgns , odf . Namespaces . tablens , odf . Namespaces . textns ] , fa = odf . OdfSchema ; this . isImage = g ; this . isCharacterFrame = k ; this . isInlineRoot = d ; this . isTextSpan = function ( a ) { return "span" === ( a && a . localName ) && a . namespaceURI === J } ; this . isHyperlink = b ; this . getHyperlinkTarget = function ( a ) { return a . getAttributeNS ( P , "href" ) || "" } ; this . isParagraph = f ; this . getParagraphElement =
n ; this . getParentAnnotation = p ; this . isWithinAnnotation = function ( a , c ) { return Boolean ( p ( a , c ) ) } ; this . getAnnotationCreator = function ( a ) { return a . getElementsByTagNameNS ( odf . Namespaces . dcns , "creator" ) [ 0 ] . textContent } ; this . isListItem = function ( a ) { return "list-item" === ( a && a . localName ) && a . namespaceURI === J } ; this . isLineBreak = function ( a ) { return "line-break" === ( a && a . localName ) && a . namespaceURI === J } ; this . isODFWhitespace = r ; this . isGroupingElement = q ; this . isFieldElement = e ; this . isCharacterElement = l ; this . isAnchoredAsCharacterElement =
a ; this . isSpaceElement = c ; this . isODFNode = m ; this . hasNoODFContent = h ; this . firstChild = y ; this . lastChild = x ; this . previousNode = z ; this . nextNode = w ; this . scanLeftForNonSpace = v ; this . lookLeftForCharacter = function ( c ) { var b , d = b = 0 ; c . nodeType === Node . TEXT _NODE && ( d = c . length ) ; 0 < d ? ( b = c . data , b = r ( b . substr ( d - 1 , 1 ) ) ? 1 === d ? v ( z ( c ) ) ? 2 : 0 : r ( b . substr ( d - 2 , 1 ) ) ? 0 : 2 : 1 ) : a ( c ) && ( b = 1 ) ; return b } ; this . lookRightForCharacter = function ( c ) { var b = ! 1 , d = 0 ; c && c . nodeType === Node . TEXT _NODE && ( d = c . length ) ; 0 < d ? b = ! r ( c . data . substr ( 0 , 1 ) ) : a ( c ) && ( b = ! 0 ) ; return b } ;
this . scanLeftForAnyCharacter = function ( c ) { var b = ! 1 , d ; for ( c = c && x ( c ) ; c ; ) { d = c . nodeType === Node . TEXT _NODE ? c . length : 0 ; if ( 0 < d && ! r ( c . data ) ) { b = ! 0 ; break } if ( a ( c ) ) { b = ! 0 ; break } c = z ( c ) } return b } ; this . scanRightForAnyCharacter = u ; this . isTrailingWhitespace = t ; this . isSignificantWhitespace = A ; this . isDowngradableSpaceElement = function ( a ) { return c ( a ) ? v ( z ( a ) ) && u ( w ( a ) ) : ! 1 } ; this . parseLength = I ; this . parseNonNegativeLength = K ; this . parseFoFontSize = function ( a ) { var c ; c = ( c = I ( a ) ) && ( 0 >= c . value || "%" === c . unit ) ? null : c ; return c || L ( a ) } ; this . parseFoLineHeight =
function ( a ) { return K ( a ) || L ( a ) } ; this . isTextContentContainingNode = E ; this . getTextNodes = function ( a , c ) { var b ; b = aa . getNodesInRange ( a , function ( a ) { var c = NodeFilter . FILTER _REJECT ; a . nodeType === Node . TEXT _NODE ? N ( a ) && ( c = NodeFilter . FILTER _ACCEPT ) : E ( a ) && ( c = NodeFilter . FILTER _SKIP ) ; return c } , NodeFilter . SHOW _ELEMENT | NodeFilter . SHOW _TEXT ) ; c || O ( a , b ) ; return b } ; this . getTextElements = D ; this . getParagraphElements = function ( a ) { var c ; c = aa . getNodesInRange ( a , function ( a ) { var c = NodeFilter . FILTER _REJECT ; if ( f ( a ) ) c = NodeFilter . FILTER _ACCEPT ;
else if ( E ( a ) || q ( a ) ) c = NodeFilter . FILTER _SKIP ; return c } , NodeFilter . SHOW _ELEMENT ) ; V ( a . startContainer , c , f ) ; return c } ; this . getImageElements = function ( a ) { var c ; c = aa . getNodesInRange ( a , function ( a ) { var c = NodeFilter . FILTER _SKIP ; g ( a ) && ( c = NodeFilter . FILTER _ACCEPT ) ; return c } , NodeFilter . SHOW _ELEMENT ) ; V ( a . startContainer , c , g ) ; return c } ; this . getHyperlinkElements = function ( a ) { var c = [ ] , d = a . cloneRange ( ) ; a . collapsed && a . endContainer . nodeType === Node . ELEMENT _NODE && ( a = W ( a . endContainer , a . endOffset ) , a . nodeType === Node . TEXT _NODE &&
d . setEnd ( a , 1 ) ) ; D ( d , ! 0 , ! 1 ) . forEach ( function ( a ) { for ( a = a . parentNode ; ! f ( a ) ; ) { if ( b ( a ) && - 1 === c . indexOf ( a ) ) { c . push ( a ) ; break } a = a . parentNode } } ) ; d . detach ( ) ; return c } ; this . getNormalizedFontFamilyName = function ( a ) { /^(["'])(?:.|[\n\r])*?\1$/ . test ( a ) || ( a = a . replace ( /^[ \t\r\n\f]*((?:.|[\n\r])*?)[ \t\r\n\f]*$/ , "$1" ) , /[ \t\r\n\f]/ . test ( a ) && ( a = "'" + a . replace ( /[ \t\r\n\f]+/g , " " ) + "'" ) ) ; return a } } ; odf . OdfUtils = new odf . OdfUtilsImpl ;
gui . OdfTextBodyNodeFilter = function ( ) { var g = odf . OdfUtils , k = Node . TEXT _NODE , d = NodeFilter . FILTER _REJECT , b = NodeFilter . FILTER _ACCEPT , f = odf . Namespaces . textns ; this . acceptNode = function ( n ) { if ( n . nodeType === k ) { if ( ! g . isGroupingElement ( n . parentNode ) ) return d } else if ( n . namespaceURI === f && "tracked-changes" === n . localName ) return d ; return b } } ; xmldom . LSSerializerFilter = function ( ) { } ; xmldom . LSSerializerFilter . prototype . acceptNode = function ( g ) { } ;
odf . OdfNodeFilter = function ( ) { this . acceptNode = function ( g ) { return "http://www.w3.org/1999/xhtml" === g . namespaceURI ? NodeFilter . FILTER _SKIP : g . namespaceURI && g . namespaceURI . match ( /^urn:webodf:/ ) ? NodeFilter . FILTER _REJECT : NodeFilter . FILTER _ACCEPT } } ; xmldom . XPathIterator = function ( ) { } ; xmldom . XPathIterator . prototype . next = function ( ) { } ; xmldom . XPathIterator . prototype . reset = function ( ) { } ;
function createXPathSingleton ( ) { function g ( b , a , c ) { return - 1 !== b && ( b < a || - 1 === a ) && ( b < c || - 1 === c ) } function k ( b ) { for ( var a = [ ] , c = 0 , d = b . length , h ; c < d ; ) { var f = b , n = d , k = a , r = "" , p = [ ] , q = f . indexOf ( "[" , c ) , t = f . indexOf ( "/" , c ) , A = f . indexOf ( "=" , c ) ; g ( t , q , A ) ? ( r = f . substring ( c , t ) , c = t + 1 ) : g ( q , t , A ) ? ( r = f . substring ( c , q ) , c = e ( f , q , p ) ) : g ( A , t , q ) ? ( r = f . substring ( c , A ) , c = A ) : ( r = f . substring ( c , n ) , c = n ) ; k . push ( { location : r , predicates : p } ) ; if ( c < d && "=" === b [ c ] ) { h = b . substring ( c + 1 , d ) ; if ( 2 < h . length && ( "'" === h [ 0 ] || '"' === h [ 0 ] ) ) h = h . slice ( 1 , h . length - 1 ) ;
else try { h = parseInt ( h , 10 ) } catch ( I ) { } c = d } } return { steps : a , value : h } } function d ( ) { var b = null , a = ! 1 ; this . setNode = function ( a ) { b = a } ; this . reset = function ( ) { a = ! 1 } ; this . next = function ( ) { var c = a ? null : b ; a = ! 0 ; return c } } function b ( b , a , c ) { this . reset = function ( ) { b . reset ( ) } ; this . next = function ( ) { for ( var d = b . next ( ) ; d ; ) { d . nodeType === Node . ELEMENT _NODE && ( d = d . getAttributeNodeNS ( a , c ) ) ; if ( d ) break ; d = b . next ( ) } return d } } function f ( b , a ) { var c = b . next ( ) , d = null ; this . reset = function ( ) { b . reset ( ) ; c = b . next ( ) ; d = null } ; this . next = function ( ) { for ( ; c ; ) { if ( d ) if ( a &&
d . firstChild ) d = d . firstChild ; else { for ( ; ! d . nextSibling && d !== c ; ) d = d . parentNode ; d === c ? c = b . next ( ) : d = d . nextSibling } else { do ( d = c . firstChild ) || ( c = b . next ( ) ) ; while ( c && ! d ) } if ( d && d . nodeType === Node . ELEMENT _NODE ) return d } return null } } function n ( b , a ) { this . reset = function ( ) { b . reset ( ) } ; this . next = function ( ) { for ( var c = b . next ( ) ; c && ! a ( c ) ; ) c = b . next ( ) ; return c } } function p ( b , a , c ) { a = a . split ( ":" , 2 ) ; var d = c ( a [ 0 ] ) , h = a [ 1 ] ; return new n ( b , function ( a ) { return a . localName === h && a . namespaceURI === d } ) } function r ( b , a , c ) { var m = new d , h = q ( m ,
a , c ) , e = a . value ; return void 0 === e ? new n ( b , function ( a ) { m . setNode ( a ) ; h . reset ( ) ; return null !== h . next ( ) } ) : new n ( b , function ( a ) { m . setNode ( a ) ; h . reset ( ) ; return ( a = h . next ( ) ) ? a . nodeValue === e : ! 1 } ) } var q , e ; e = function ( b , a , c ) { for ( var d = a , h = b . length , e = 0 ; d < h ; ) "]" === b [ d ] ? ( -- e , 0 >= e && c . push ( k ( b . substring ( a , d ) ) ) ) : "[" === b [ d ] && ( 0 >= e && ( a = d + 1 ) , e += 1 ) , d += 1 ; return d } ; q = function ( d , a , c ) { var m , h , e , n ; for ( m = 0 ; m < a . steps . length ; m += 1 ) { e = a . steps [ m ] ; h = e . location ; if ( "" === h ) d = new f ( d , ! 1 ) ; else if ( "@" === h [ 0 ] ) { h = h . substr ( 1 ) . split ( ":" , 2 ) ; n =
c ( h [ 0 ] ) ; if ( ! n ) throw "No namespace associated with the prefix " + h [ 0 ] ; d = new b ( d , n , h [ 1 ] ) } else "." !== h && ( d = new f ( d , ! 1 ) , - 1 !== h . indexOf ( ":" ) && ( d = p ( d , h , c ) ) ) ; for ( h = 0 ; h < e . predicates . length ; h += 1 ) n = e . predicates [ h ] , d = r ( d , n , c ) } return d } ; return { getODFElementsWithXPath : function ( b , a , c ) { var m = b . ownerDocument , h = [ ] , e = null ; if ( m && "function" === typeof m . evaluate ) for ( c = m . evaluate ( a , b , c , XPathResult . UNORDERED _NODE _ITERATOR _TYPE , null ) , e = c . iterateNext ( ) ; null !== e ; ) e . nodeType === Node . ELEMENT _NODE && h . push ( e ) , e = c . iterateNext ( ) ; else { h =
new d ; h . setNode ( b ) ; b = k ( a ) ; h = q ( h , b , c ) ; b = [ ] ; for ( c = h . next ( ) ; c ; ) b . push ( c ) , c = h . next ( ) ; h = b } return h } } } xmldom . XPath = createXPathSingleton ( ) ;
odf . StyleInfo = function ( ) { function g ( a , c ) { var b , d , h , m , e , l = 0 ; if ( b = K [ a . localName ] ) if ( h = b [ a . namespaceURI ] ) l = h . length ; for ( b = 0 ; b < l ; b += 1 ) d = h [ b ] , m = d . ns , e = d . localname , ( d = a . getAttributeNS ( m , e ) ) && a . setAttributeNS ( m , A [ m ] + e , c + d ) ; for ( h = a . firstElementChild ; h ; ) g ( h , c ) , h = h . nextElementSibling } function k ( a , c ) { var b , d , h , m , e , l = 0 ; if ( b = K [ a . localName ] ) if ( h = b [ a . namespaceURI ] ) l = h . length ; for ( b = 0 ; b < l ; b += 1 ) if ( d = h [ b ] , m = d . ns , e = d . localname , d = a . getAttributeNS ( m , e ) ) d = d . replace ( c , "" ) , a . setAttributeNS ( m , A [ m ] + e , d ) ; for ( h = a . firstElementChild ; h ; ) k ( h ,
c ) , h = h . nextElementSibling } function d ( a , c ) { var b , d , h , m , e , l = 0 ; if ( b = K [ a . localName ] ) if ( h = b [ a . namespaceURI ] ) l = h . length ; for ( b = 0 ; b < l ; b += 1 ) if ( m = h [ b ] , d = m . ns , e = m . localname , d = a . getAttributeNS ( d , e ) ) c = c || { } , m = m . keyname , c . hasOwnProperty ( m ) ? c [ m ] [ d ] = 1 : ( e = { } , e [ d ] = 1 , c [ m ] = e ) ; return c } function b ( a , c ) { var h , m ; d ( a , c ) ; for ( h = a . firstChild ; h ; ) h . nodeType === Node . ELEMENT _NODE && ( m = h , b ( m , c ) ) , h = h . nextSibling } function f ( a , c , b ) { this . key = a ; this . name = c ; this . family = b ; this . requires = { } } function n ( a , c , b ) { var d = a + '"' + c , h = b [ d ] ; h || ( h = b [ d ] =
new f ( d , a , c ) ) ; return h } function p ( a , c , b ) { var d , h , m , e , l , f = 0 ; d = a . getAttributeNS ( v , "name" ) ; e = a . getAttributeNS ( v , "family" ) ; d && e && ( c = n ( d , e , b ) ) ; if ( c ) { if ( d = K [ a . localName ] ) if ( m = d [ a . namespaceURI ] ) f = m . length ; for ( d = 0 ; d < f ; d += 1 ) if ( e = m [ d ] , h = e . ns , l = e . localname , h = a . getAttributeNS ( h , l ) ) e = e . keyname , e = n ( h , e , b ) , c . requires [ e . key ] = e } for ( a = a . firstElementChild ; a ; ) p ( a , c , b ) , a = a . nextElementSibling ; return b } function r ( a , c ) { var b = c [ a . family ] ; b || ( b = c [ a . family ] = { } ) ; b [ a . name ] = 1 ; Object . keys ( a . requires ) . forEach ( function ( b ) { r ( a . requires [ b ] ,
c ) } ) } function q ( a , c ) { var b = p ( a , null , { } ) ; Object . keys ( b ) . forEach ( function ( a ) { a = b [ a ] ; var d = c [ a . family ] ; d && d . hasOwnProperty ( a . name ) && r ( a , c ) } ) } function e ( a , c ) { function b ( c ) { ( c = m . getAttributeNS ( v , c ) ) && ( a [ c ] = ! 0 ) } var d = [ "font-name" , "font-name-asian" , "font-name-complex" ] , h , m ; for ( h = c && c . firstElementChild ; h ; ) m = h , d . forEach ( b ) , e ( a , m ) , h = h . nextElementSibling } function l ( a , c ) { function b ( a ) { var d = m . getAttributeNS ( v , a ) ; d && c . hasOwnProperty ( d ) && m . setAttributeNS ( v , "style:" + a , c [ d ] ) } var d = [ "font-name" , "font-name-asian" ,
"font-name-complex" ] , h , m ; for ( h = a && a . firstElementChild ; h ; ) m = h , d . forEach ( b ) , l ( m , c ) , h = h . nextElementSibling } var a = odf . Namespaces . chartns , c = odf . Namespaces . dbns , m = odf . Namespaces . dr3dns , h = odf . Namespaces . drawns , y = odf . Namespaces . formns , x = odf . Namespaces . numberns , z = odf . Namespaces . officens , w = odf . Namespaces . presentationns , v = odf . Namespaces . stylens , u = odf . Namespaces . tablens , t = odf . Namespaces . textns , A = { "urn:oasis:names:tc:opendocument:xmlns:chart:1.0" : "chart:" , "urn:oasis:names:tc:opendocument:xmlns:database:1.0" : "db:" ,
"urn:oasis:names:tc:opendocument:xmlns:dr3d:1.0" : "dr3d:" , "urn:oasis:names:tc:opendocument:xmlns:drawing:1.0" : "draw:" , "urn:oasis:names:tc:opendocument:xmlns:xsl-fo-compatible:1.0" : "fo:" , "urn:oasis:names:tc:opendocument:xmlns:form:1.0" : "form:" , "urn:oasis:names:tc:opendocument:xmlns:datastyle:1.0" : "number:" , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" : "office:" , "urn:oasis:names:tc:opendocument:xmlns:presentation:1.0" : "presentation:" , "urn:oasis:names:tc:opendocument:xmlns:style:1.0" : "style:" , "urn:oasis:names:tc:opendocument:xmlns:svg-compatible:1.0" : "svg:" ,
"urn:oasis:names:tc:opendocument:xmlns:table:1.0" : "table:" , "urn:oasis:names:tc:opendocument:xmlns:text:1.0" : "chart:" , "http://www.w3.org/XML/1998/namespace" : "xml:" } , I = { text : [ { ens : v , en : "tab-stop" , ans : v , a : "leader-text-style" } , { ens : v , en : "drop-cap" , ans : v , a : "style-name" } , { ens : t , en : "notes-configuration" , ans : t , a : "citation-body-style-name" } , { ens : t , en : "notes-configuration" , ans : t , a : "citation-style-name" } , { ens : t , en : "a" , ans : t , a : "style-name" } , { ens : t , en : "alphabetical-index" , ans : t , a : "style-name" } , { ens : t , en : "linenumbering-configuration" ,
ans : t , a : "style-name" } , { ens : t , en : "list-level-style-number" , ans : t , a : "style-name" } , { ens : t , en : "ruby-text" , ans : t , a : "style-name" } , { ens : t , en : "span" , ans : t , a : "style-name" } , { ens : t , en : "a" , ans : t , a : "visited-style-name" } , { ens : v , en : "text-properties" , ans : v , a : "text-line-through-text-style" } , { ens : t , en : "alphabetical-index-source" , ans : t , a : "main-entry-style-name" } , { ens : t , en : "index-entry-bibliography" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-chapter" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-link-end" , ans : t , a : "style-name" } ,
{ ens : t , en : "index-entry-link-start" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-page-number" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-span" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-tab-stop" , ans : t , a : "style-name" } , { ens : t , en : "index-entry-text" , ans : t , a : "style-name" } , { ens : t , en : "index-title-template" , ans : t , a : "style-name" } , { ens : t , en : "list-level-style-bullet" , ans : t , a : "style-name" } , { ens : t , en : "outline-level-style" , ans : t , a : "style-name" } ] , paragraph : [ { ens : h , en : "caption" , ans : h , a : "text-style-name" } , { ens : h ,
en : "circle" , ans : h , a : "text-style-name" } , { ens : h , en : "connector" , ans : h , a : "text-style-name" } , { ens : h , en : "control" , ans : h , a : "text-style-name" } , { ens : h , en : "custom-shape" , ans : h , a : "text-style-name" } , { ens : h , en : "ellipse" , ans : h , a : "text-style-name" } , { ens : h , en : "frame" , ans : h , a : "text-style-name" } , { ens : h , en : "line" , ans : h , a : "text-style-name" } , { ens : h , en : "measure" , ans : h , a : "text-style-name" } , { ens : h , en : "path" , ans : h , a : "text-style-name" } , { ens : h , en : "polygon" , ans : h , a : "text-style-name" } , { ens : h , en : "polyline" , ans : h , a : "text-style-name" } ,
{ ens : h , en : "rect" , ans : h , a : "text-style-name" } , { ens : h , en : "regular-polygon" , ans : h , a : "text-style-name" } , { ens : z , en : "annotation" , ans : h , a : "text-style-name" } , { ens : y , en : "column" , ans : y , a : "text-style-name" } , { ens : v , en : "style" , ans : v , a : "next-style-name" } , { ens : u , en : "body" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "even-columns" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "even-rows" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "first-column" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "first-row" , ans : u , a : "paragraph-style-name" } ,
{ ens : u , en : "last-column" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "last-row" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "odd-columns" , ans : u , a : "paragraph-style-name" } , { ens : u , en : "odd-rows" , ans : u , a : "paragraph-style-name" } , { ens : t , en : "notes-configuration" , ans : t , a : "default-style-name" } , { ens : t , en : "alphabetical-index-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "bibliography-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "h" , ans : t , a : "style-name" } , { ens : t , en : "illustration-index-entry-template" , ans : t , a : "style-name" } ,
{ ens : t , en : "index-source-style" , ans : t , a : "style-name" } , { ens : t , en : "object-index-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "p" , ans : t , a : "style-name" } , { ens : t , en : "table-index-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "table-of-content-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "table-index-entry-template" , ans : t , a : "style-name" } , { ens : t , en : "user-index-entry-template" , ans : t , a : "style-name" } , { ens : v , en : "page-layout-properties" , ans : v , a : "register-truth-ref-style-name" } ] , chart : [ { ens : a , en : "axis" , ans : a ,
a : "style-name" } , { ens : a , en : "chart" , ans : a , a : "style-name" } , { ens : a , en : "data-label" , ans : a , a : "style-name" } , { ens : a , en : "data-point" , ans : a , a : "style-name" } , { ens : a , en : "equation" , ans : a , a : "style-name" } , { ens : a , en : "error-indicator" , ans : a , a : "style-name" } , { ens : a , en : "floor" , ans : a , a : "style-name" } , { ens : a , en : "footer" , ans : a , a : "style-name" } , { ens : a , en : "grid" , ans : a , a : "style-name" } , { ens : a , en : "legend" , ans : a , a : "style-name" } , { ens : a , en : "mean-value" , ans : a , a : "style-name" } , { ens : a , en : "plot-area" , ans : a , a : "style-name" } , { ens : a , en : "regression-curve" ,
ans : a , a : "style-name" } , { ens : a , en : "series" , ans : a , a : "style-name" } , { ens : a , en : "stock-gain-marker" , ans : a , a : "style-name" } , { ens : a , en : "stock-loss-marker" , ans : a , a : "style-name" } , { ens : a , en : "stock-range-line" , ans : a , a : "style-name" } , { ens : a , en : "subtitle" , ans : a , a : "style-name" } , { ens : a , en : "title" , ans : a , a : "style-name" } , { ens : a , en : "wall" , ans : a , a : "style-name" } ] , section : [ { ens : t , en : "alphabetical-index" , ans : t , a : "style-name" } , { ens : t , en : "bibliography" , ans : t , a : "style-name" } , { ens : t , en : "illustration-index" , ans : t , a : "style-name" } ,
{ ens : t , en : "index-title" , ans : t , a : "style-name" } , { ens : t , en : "object-index" , ans : t , a : "style-name" } , { ens : t , en : "section" , ans : t , a : "style-name" } , { ens : t , en : "table-of-content" , ans : t , a : "style-name" } , { ens : t , en : "table-index" , ans : t , a : "style-name" } , { ens : t , en : "user-index" , ans : t , a : "style-name" } ] , ruby : [ { ens : t , en : "ruby" , ans : t , a : "style-name" } ] , table : [ { ens : c , en : "query" , ans : c , a : "style-name" } , { ens : c , en : "table-representation" , ans : c , a : "style-name" } , { ens : u , en : "background" , ans : u , a : "style-name" } , { ens : u , en : "table" , ans : u , a : "style-name" } ] ,
"table-column" : [ { ens : c , en : "column" , ans : c , a : "style-name" } , { ens : u , en : "table-column" , ans : u , a : "style-name" } ] , "table-row" : [ { ens : c , en : "query" , ans : c , a : "default-row-style-name" } , { ens : c , en : "table-representation" , ans : c , a : "default-row-style-name" } , { ens : u , en : "table-row" , ans : u , a : "style-name" } ] , "table-cell" : [ { ens : c , en : "column" , ans : c , a : "default-cell-style-name" } , { ens : u , en : "table-column" , ans : u , a : "default-cell-style-name" } , { ens : u , en : "table-row" , ans : u , a : "default-cell-style-name" } , { ens : u , en : "body" , ans : u , a : "style-name" } ,
{ ens : u , en : "covered-table-cell" , ans : u , a : "style-name" } , { ens : u , en : "even-columns" , ans : u , a : "style-name" } , { ens : u , en : "covered-table-cell" , ans : u , a : "style-name" } , { ens : u , en : "even-columns" , ans : u , a : "style-name" } , { ens : u , en : "even-rows" , ans : u , a : "style-name" } , { ens : u , en : "first-column" , ans : u , a : "style-name" } , { ens : u , en : "first-row" , ans : u , a : "style-name" } , { ens : u , en : "last-column" , ans : u , a : "style-name" } , { ens : u , en : "last-row" , ans : u , a : "style-name" } , { ens : u , en : "odd-columns" , ans : u , a : "style-name" } , { ens : u , en : "odd-rows" , ans : u , a : "style-name" } ,
{ ens : u , en : "table-cell" , ans : u , a : "style-name" } ] , graphic : [ { ens : m , en : "cube" , ans : h , a : "style-name" } , { ens : m , en : "extrude" , ans : h , a : "style-name" } , { ens : m , en : "rotate" , ans : h , a : "style-name" } , { ens : m , en : "scene" , ans : h , a : "style-name" } , { ens : m , en : "sphere" , ans : h , a : "style-name" } , { ens : h , en : "caption" , ans : h , a : "style-name" } , { ens : h , en : "circle" , ans : h , a : "style-name" } , { ens : h , en : "connector" , ans : h , a : "style-name" } , { ens : h , en : "control" , ans : h , a : "style-name" } , { ens : h , en : "custom-shape" , ans : h , a : "style-name" } , { ens : h , en : "ellipse" , ans : h , a : "style-name" } ,
{ ens : h , en : "frame" , ans : h , a : "style-name" } , { ens : h , en : "g" , ans : h , a : "style-name" } , { ens : h , en : "line" , ans : h , a : "style-name" } , { ens : h , en : "measure" , ans : h , a : "style-name" } , { ens : h , en : "page-thumbnail" , ans : h , a : "style-name" } , { ens : h , en : "path" , ans : h , a : "style-name" } , { ens : h , en : "polygon" , ans : h , a : "style-name" } , { ens : h , en : "polyline" , ans : h , a : "style-name" } , { ens : h , en : "rect" , ans : h , a : "style-name" } , { ens : h , en : "regular-polygon" , ans : h , a : "style-name" } , { ens : z , en : "annotation" , ans : h , a : "style-name" } ] , presentation : [ { ens : m , en : "cube" , ans : w ,
a : "style-name" } , { ens : m , en : "extrude" , ans : w , a : "style-name" } , { ens : m , en : "rotate" , ans : w , a : "style-name" } , { ens : m , en : "scene" , ans : w , a : "style-name" } , { ens : m , en : "sphere" , ans : w , a : "style-name" } , { ens : h , en : "caption" , ans : w , a : "style-name" } , { ens : h , en : "circle" , ans : w , a : "style-name" } , { ens : h , en : "connector" , ans : w , a : "style-name" } , { ens : h , en : "control" , ans : w , a : "style-name" } , { ens : h , en : "custom-shape" , ans : w , a : "style-name" } , { ens : h , en : "ellipse" , ans : w , a : "style-name" } , { ens : h , en : "frame" , ans : w , a : "style-name" } , { ens : h , en : "g" , ans : w , a : "style-name" } ,
{ ens : h , en : "line" , ans : w , a : "style-name" } , { ens : h , en : "measure" , ans : w , a : "style-name" } , { ens : h , en : "page-thumbnail" , ans : w , a : "style-name" } , { ens : h , en : "path" , ans : w , a : "style-name" } , { ens : h , en : "polygon" , ans : w , a : "style-name" } , { ens : h , en : "polyline" , ans : w , a : "style-name" } , { ens : h , en : "rect" , ans : w , a : "style-name" } , { ens : h , en : "regular-polygon" , ans : w , a : "style-name" } , { ens : z , en : "annotation" , ans : w , a : "style-name" } ] , "drawing-page" : [ { ens : h , en : "page" , ans : h , a : "style-name" } , { ens : w , en : "notes" , ans : h , a : "style-name" } , { ens : v , en : "handout-master" ,
ans : h , a : "style-name" } , { ens : v , en : "master-page" , ans : h , a : "style-name" } ] , "list-style" : [ { ens : t , en : "list" , ans : t , a : "style-name" } , { ens : t , en : "numbered-paragraph" , ans : t , a : "style-name" } , { ens : t , en : "list-item" , ans : t , a : "style-override" } , { ens : v , en : "style" , ans : v , a : "list-style-name" } ] , data : [ { ens : v , en : "style" , ans : v , a : "data-style-name" } , { ens : v , en : "style" , ans : v , a : "percentage-data-style-name" } , { ens : w , en : "date-time-decl" , ans : v , a : "data-style-name" } , { ens : t , en : "creation-date" , ans : v , a : "data-style-name" } , { ens : t , en : "creation-time" ,
ans : v , a : "data-style-name" } , { ens : t , en : "database-display" , ans : v , a : "data-style-name" } , { ens : t , en : "date" , ans : v , a : "data-style-name" } , { ens : t , en : "editing-duration" , ans : v , a : "data-style-name" } , { ens : t , en : "expression" , ans : v , a : "data-style-name" } , { ens : t , en : "meta-field" , ans : v , a : "data-style-name" } , { ens : t , en : "modification-date" , ans : v , a : "data-style-name" } , { ens : t , en : "modification-time" , ans : v , a : "data-style-name" } , { ens : t , en : "print-date" , ans : v , a : "data-style-name" } , { ens : t , en : "print-time" , ans : v , a : "data-style-name" } , { ens : t ,
en : "table-formula" , ans : v , a : "data-style-name" } , { ens : t , en : "time" , ans : v , a : "data-style-name" } , { ens : t , en : "user-defined" , ans : v , a : "data-style-name" } , { ens : t , en : "user-field-get" , ans : v , a : "data-style-name" } , { ens : t , en : "user-field-input" , ans : v , a : "data-style-name" } , { ens : t , en : "variable-get" , ans : v , a : "data-style-name" } , { ens : t , en : "variable-input" , ans : v , a : "data-style-name" } , { ens : t , en : "variable-set" , ans : v , a : "data-style-name" } ] , "page-layout" : [ { ens : w , en : "notes" , ans : v , a : "page-layout-name" } , { ens : v , en : "handout-master" , ans : v ,
a : "page-layout-name" } , { ens : v , en : "master-page" , ans : v , a : "page-layout-name" } ] } , K , L = xmldom . XPath ; this . collectUsedFontFaces = e ; this . changeFontFaceNames = l ; this . UsedStyleList = function ( a , c ) { var d = { } ; this . uses = function ( a ) { var c = a . localName , b = a . getAttributeNS ( h , "name" ) || a . getAttributeNS ( v , "name" ) ; a = "style" === c ? a . getAttributeNS ( v , "family" ) : a . namespaceURI === x ? "data" : c ; return ( a = d [ a ] ) ? 0 < a [ b ] : ! 1 } ; b ( a , d ) ; c && q ( c , d ) } ; this . getStyleName = function ( a , c ) { var b , d , h = K [ c . localName ] ; if ( h && ( h = h [ c . namespaceURI ] ) ) for ( d = 0 ; d < h . length ; d +=
1 ) if ( h [ d ] . keyname === a && ( h = h [ d ] , c . hasAttributeNS ( h . ns , h . localname ) ) ) { b = c . getAttributeNS ( h . ns , h . localname ) ; break } return b } ; this . hasDerivedStyles = function ( a , c , b ) { var d = b . getAttributeNS ( v , "name" ) ; b = b . getAttributeNS ( v , "family" ) ; return L . getODFElementsWithXPath ( a , '//style:*[@style:parent-style-name="' + d + '"][@style:family="' + b + '"]' , c ) . length ? ! 0 : ! 1 } ; this . prefixStyleNames = function ( a , c , b ) { var d ; if ( a ) { for ( d = a . firstChild ; d ; ) { if ( d . nodeType === Node . ELEMENT _NODE ) { var m = d , e = c , l = m . getAttributeNS ( h , "name" ) , f = void 0 ;
l ? f = h : ( l = m . getAttributeNS ( v , "name" ) ) && ( f = v ) ; f && m . setAttributeNS ( f , A [ f ] + "name" , e + l ) } d = d . nextSibling } g ( a , c ) ; b && g ( b , c ) } } ; this . removePrefixFromStyleNames = function ( a , c , b ) { var d = new RegExp ( "^" + c ) ; if ( a ) { for ( c = a . firstChild ; c ; ) { if ( c . nodeType === Node . ELEMENT _NODE ) { var m = c , e = d , l = m . getAttributeNS ( h , "name" ) , f = void 0 ; l ? f = h : ( l = m . getAttributeNS ( v , "name" ) ) && ( f = v ) ; f && ( l = l . replace ( e , "" ) , m . setAttributeNS ( f , A [ f ] + "name" , l ) ) } c = c . nextSibling } k ( a , d ) ; b && k ( b , d ) } } ; this . determineStylesForNode = d ; K = function ( ) { var a , c , b , d , h , m = { } ,
e , l , f , n ; for ( b in I ) if ( I . hasOwnProperty ( b ) ) for ( d = I [ b ] , c = d . length , a = 0 ; a < c ; a += 1 ) h = d [ a ] , f = h . en , n = h . ens , m . hasOwnProperty ( f ) ? e = m [ f ] : m [ f ] = e = { } , e . hasOwnProperty ( n ) ? l = e [ n ] : e [ n ] = l = [ ] , l . push ( { ns : h . ans , localname : h . a , keyname : b } ) ; return m } ( ) } ; "function" !== typeof Object . create && ( Object . create = function ( g ) { var k = function ( ) { } ; k . prototype = g ; return new k } ) ;
xmldom . LSSerializer = function ( ) { function g ( b ) { var d = b || { } , g = function ( b ) { var a = { } , c ; for ( c in b ) b . hasOwnProperty ( c ) && ( a [ b [ c ] ] = c ) ; return a } ( b ) , k = [ d ] , q = [ g ] , e = 0 ; this . push = function ( ) { e += 1 ; d = k [ e ] = Object . create ( d ) ; g = q [ e ] = Object . create ( g ) } ; this . pop = function ( ) { k . pop ( ) ; q . pop ( ) ; -- e ; d = k [ e ] ; g = q [ e ] } ; this . getLocalNamespaceDefinitions = function ( ) { return g } ; this . getQName = function ( b ) { var a = b . namespaceURI , c = 0 , m ; if ( ! a ) return b . localName ; if ( m = g [ a ] ) return m + ":" + b . localName ; do { m || ! b . prefix ? ( m = "ns" + c , c += 1 ) : m = b . prefix ; if ( d [ m ] ===
a ) break ; if ( ! d [ m ] ) { d [ m ] = a ; g [ a ] = m ; break } m = null } while ( null === m ) ; return m + ":" + b . localName } } function k ( b ) { return b . replace ( /&/g , "&" ) . replace ( /</g , "<" ) . replace ( />/g , ">" ) . replace ( /'/g , "'" ) . replace ( /"/g , """ ) } function d ( f , n ) { var g = "" , r = b . filter ? b . filter . acceptNode ( n ) : NodeFilter . FILTER _ACCEPT , q ; if ( r === NodeFilter . FILTER _ACCEPT && n . nodeType === Node . ELEMENT _NODE ) { f . push ( ) ; q = f . getQName ( n ) ; var e , l = n . attributes , a , c , m , h = "" , y ; e = "<" + q ; a = l . length ; for ( c = 0 ; c < a ; c += 1 ) m = l . item ( c ) , "http://www.w3.org/2000/xmlns/" !==
m . namespaceURI && ( y = b . filter ? b . filter . acceptNode ( m ) : NodeFilter . FILTER _ACCEPT , y === NodeFilter . FILTER _ACCEPT && ( y = f . getQName ( m ) , m = "string" === typeof m . value ? k ( m . value ) : m . value , h += " " + ( y + '="' + m + '"' ) ) ) ; a = f . getLocalNamespaceDefinitions ( ) ; for ( c in a ) a . hasOwnProperty ( c ) && ( ( l = a [ c ] ) ? "xmlns" !== l && ( e += " xmlns:" + a [ c ] + '="' + c + '"' ) : e += ' xmlns="' + c + '"' ) ; g += e + ( h + ">" ) } if ( r === NodeFilter . FILTER _ACCEPT || r === NodeFilter . FILTER _SKIP ) { for ( r = n . firstChild ; r ; ) g += d ( f , r ) , r = r . nextSibling ; n . nodeValue && ( g += k ( n . nodeValue ) ) } q && ( g += "</" +
q + ">" , f . pop ( ) ) ; return g } var b = this ; this . filter = null ; this . writeToString = function ( b , n ) { if ( ! b ) return "" ; var k = new g ( n ) ; return d ( k , b ) } } ;
( function ( ) { function g ( b ) { var a , c = r . length ; for ( a = 0 ; a < c ; a += 1 ) if ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === b . namespaceURI && b . localName === r [ a ] ) return a ; return - 1 } function k ( b , a ) { var c = new f . UsedStyleList ( b , a ) , d = new odf . OdfNodeFilter ; this . acceptNode = function ( b ) { var e = d . acceptNode ( b ) ; e === NodeFilter . FILTER _ACCEPT && b . parentNode === a && b . nodeType === Node . ELEMENT _NODE && ( e = c . uses ( b ) ? NodeFilter . FILTER _ACCEPT : NodeFilter . FILTER _REJECT ) ; return e } } function d ( b , a ) { var c = new k ( b , a ) ; this . acceptNode = function ( a ) { var b =
c . acceptNode ( a ) ; b !== NodeFilter . FILTER _ACCEPT || ! a . parentNode || a . parentNode . namespaceURI !== odf . Namespaces . textns || "s" !== a . parentNode . localName && "tab" !== a . parentNode . localName || ( b = NodeFilter . FILTER _REJECT ) ; return b } } function b ( b , a ) { if ( a ) { var c = g ( a ) , d , h = b . firstChild ; if ( - 1 !== c ) { for ( ; h ; ) { d = g ( h ) ; if ( - 1 !== d && d > c ) break ; h = h . nextSibling } b . insertBefore ( a , h ) } } } var f = new odf . StyleInfo , n = core . DomUtils , p = odf . Namespaces . stylens , r = "meta settings scripts font-face-decls styles automatic-styles master-styles body" . split ( " " ) ,
q = Date . now ( ) + "_webodf_" , e = new core . Base64 ; odf . ODFElement = function ( ) { } ; odf . ODFDocumentElement = function ( ) { } ; odf . ODFDocumentElement . prototype = new odf . ODFElement ; odf . ODFDocumentElement . prototype . constructor = odf . ODFDocumentElement ; odf . ODFDocumentElement . prototype . fontFaceDecls = null ; odf . ODFDocumentElement . prototype . manifest = null ; odf . ODFDocumentElement . prototype . settings = null ; odf . ODFDocumentElement . namespaceURI = "urn:oasis:names:tc:opendocument:xmlns:office:1.0" ; odf . ODFDocumentElement . localName = "document" ;
odf . AnnotationElement = function ( ) { } ; odf . OdfPart = function ( b , a , c , d ) { var h = this ; this . size = 0 ; this . type = null ; this . name = b ; this . container = c ; this . url = null ; this . mimetype = a ; this . onstatereadychange = this . document = null ; this . EMPTY = 0 ; this . LOADING = 1 ; this . DONE = 2 ; this . state = this . EMPTY ; this . data = "" ; this . load = function ( ) { null !== d && ( this . mimetype = a , d . loadAsDataURL ( b , a , function ( a , c ) { a && runtime . log ( a ) ; h . url = c ; if ( h . onchange ) h . onchange ( h ) ; if ( h . onstatereadychange ) h . onstatereadychange ( h ) } ) ) } } ; odf . OdfPart . prototype . load = function ( ) { } ;
odf . OdfPart . prototype . getUrl = function ( ) { return this . data ? "data:;base64," + e . toBase64 ( this . data ) : null } ; odf . OdfContainer = function a ( c , m ) { function h ( a ) { for ( var c = a . firstChild , b ; c ; ) b = c . nextSibling , c . nodeType === Node . ELEMENT _NODE ? h ( c ) : c . nodeType === Node . PROCESSING _INSTRUCTION _NODE && a . removeChild ( c ) , c = b } function g ( a ) { var c = { } , b , d , h = a . ownerDocument . createNodeIterator ( a , NodeFilter . SHOW _ELEMENT , null , ! 1 ) ; for ( a = h . nextNode ( ) ; a ; ) "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === a . namespaceURI && ( "annotation" ===
a . localName ? ( b = a . getAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "name" ) ) && ( c . hasOwnProperty ( b ) ? runtime . log ( "Warning: annotation name used more than once with <office:annotation/>: '" + b + "'" ) : c [ b ] = a ) : "annotation-end" === a . localName && ( ( b = a . getAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "name" ) ) ? c . hasOwnProperty ( b ) ? ( d = c [ b ] , d . annotationEndElement ? runtime . log ( "Warning: annotation name used more than once with <office:annotation-end/>: '" + b + "'" ) : d . annotationEndElement =
a ) : runtime . log ( "Warning: annotation end without an annotation start, name: '" + b + "'" ) : runtime . log ( "Warning: annotation end without a name found" ) ) ) , a = h . nextNode ( ) } function r ( a , c ) { for ( var b = a && a . firstChild ; b ; ) b . nodeType === Node . ELEMENT _NODE && b . setAttributeNS ( "urn:webodf:names:scope" , "scope" , c ) , b = b . nextSibling } function z ( a , c ) { for ( var b = B . rootElement . meta , b = b && b . firstChild ; b && ( b . namespaceURI !== a || b . localName !== c ) ; ) b = b . nextSibling ; for ( b = b && b . firstChild ; b && b . nodeType !== Node . TEXT _NODE ; ) b = b . nextSibling ; return b ?
b . data : null } function w ( a ) { var c = { } , b ; for ( a = a . firstChild ; a ; ) a . nodeType === Node . ELEMENT _NODE && a . namespaceURI === p && "font-face" === a . localName && ( b = a . getAttributeNS ( p , "name" ) , c [ b ] = a ) , a = a . nextSibling ; return c } function v ( a , c ) { var b = null , d , h , e ; if ( a ) for ( b = a . cloneNode ( ! 0 ) , d = b . firstElementChild ; d ; ) h = d . nextElementSibling , ( e = d . getAttributeNS ( "urn:webodf:names:scope" , "scope" ) ) && e !== c && b . removeChild ( d ) , d = h ; return b } function u ( a , c ) { var b , d , h , e = null , m = { } ; if ( a ) for ( c . forEach ( function ( a ) { f . collectUsedFontFaces ( m , a ) } ) ,
e = a . cloneNode ( ! 0 ) , b = e . firstElementChild ; b ; ) d = b . nextElementSibling , h = b . getAttributeNS ( p , "name" ) , m [ h ] || e . removeChild ( b ) , b = d ; return e } function t ( a ) { var c = B . rootElement . ownerDocument , b ; if ( a ) { h ( a . documentElement ) ; try { b = c . importNode ( a . documentElement , ! 0 ) } catch ( d ) { } } return b } function A ( a ) { B . state = a ; if ( B . onchange ) B . onchange ( B ) ; if ( B . onstatereadychange ) B . onstatereadychange ( B ) } function I ( a ) { Q = null ; B . rootElement = a ; a . fontFaceDecls = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "font-face-decls" ) ;
a . styles = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "styles" ) ; a . automaticStyles = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "automatic-styles" ) ; a . masterStyles = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "master-styles" ) ; a . body = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "body" ) ; a . meta = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "meta" ) ; a . settings = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" ,
"settings" ) ; a . scripts = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "scripts" ) ; g ( a ) } function K ( c ) { var d = t ( c ) , h = B . rootElement , e ; d && "document-styles" === d . localName && "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === d . namespaceURI ? ( h . fontFaceDecls = n . getDirectChild ( d , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "font-face-decls" ) , b ( h , h . fontFaceDecls ) , e = n . getDirectChild ( d , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "styles" ) , h . styles = e || c . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" ,
"styles" ) , b ( h , h . styles ) , e = n . getDirectChild ( d , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "automatic-styles" ) , h . automaticStyles = e || c . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "automatic-styles" ) , r ( h . automaticStyles , "document-styles" ) , b ( h , h . automaticStyles ) , d = n . getDirectChild ( d , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "master-styles" ) , h . masterStyles = d || c . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "master-styles" ) , b ( h , h . masterStyles ) ,
f . prefixStyleNames ( h . automaticStyles , q , h . masterStyles ) ) : A ( a . INVALID ) } function L ( c ) { c = t ( c ) ; var d , h , e , m ; if ( c && "document-content" === c . localName && "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === c . namespaceURI ) { d = B . rootElement ; e = n . getDirectChild ( c , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "font-face-decls" ) ; if ( d . fontFaceDecls && e ) { m = d . fontFaceDecls ; var g , k , O , q , D = { } ; h = w ( m ) ; q = w ( e ) ; for ( e = e . firstElementChild ; e ; ) { g = e . nextElementSibling ; if ( e . namespaceURI === p && "font-face" === e . localName ) if ( k = e . getAttributeNS ( p ,
"name" ) , h . hasOwnProperty ( k ) ) { if ( ! e . isEqualNode ( h [ k ] ) ) { O = k ; for ( var y = h , E = q , u = 0 , W = void 0 , W = O = O . replace ( /\d+$/ , "" ) ; y . hasOwnProperty ( W ) || E . hasOwnProperty ( W ) ; ) u += 1 , W = O + u ; O = W ; e . setAttributeNS ( p , "style:name" , O ) ; m . appendChild ( e ) ; h [ O ] = e ; delete q [ k ] ; D [ k ] = O } } else m . appendChild ( e ) , h [ k ] = e , delete q [ k ] ; e = g } m = D } else e && ( d . fontFaceDecls = e , b ( d , e ) ) ; h = n . getDirectChild ( c , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "automatic-styles" ) ; r ( h , "document-content" ) ; m && f . changeFontFaceNames ( h , m ) ; if ( d . automaticStyles && h ) for ( m =
h . firstChild ; m ; ) d . automaticStyles . appendChild ( m ) , m = h . firstChild ; else h && ( d . automaticStyles = h , b ( d , h ) ) ; c = n . getDirectChild ( c , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "body" ) ; if ( null === c ) throw "<office:body/> tag is mising." ; d . body = c ; b ( d , d . body ) } else A ( a . INVALID ) } function E ( a ) { a = t ( a ) ; var c ; a && "document-meta" === a . localName && "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === a . namespaceURI && ( c = B . rootElement , c . meta = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "meta" ) ,
b ( c , c . meta ) ) } function N ( a ) { a = t ( a ) ; var c ; a && "document-settings" === a . localName && "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === a . namespaceURI && ( c = B . rootElement , c . settings = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "settings" ) , b ( c , c . settings ) ) } function O ( a ) { a = t ( a ) ; var c ; if ( a && "manifest" === a . localName && "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" === a . namespaceURI ) for ( c = B . rootElement , c . manifest = a , a = c . manifest . firstElementChild ; a ; ) "file-entry" === a . localName && "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" ===
a . namespaceURI && ( M [ a . getAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" , "full-path" ) ] = a . getAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" , "media-type" ) ) , a = a . nextElementSibling } function D ( a , c , b ) { a = n . getElementsByTagName ( a , c ) ; var d ; for ( d = 0 ; d < a . length ; d += 1 ) c = a [ d ] , b . hasOwnProperty ( c . namespaceURI ) || c . parentNode . removeChild ( c ) } function V ( a ) { D ( a , "script" , { "urn:oasis:names:tc:opendocument:xmlns:datastyle:1.0" : ! 0 , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" : ! 0 , "urn:oasis:names:tc:opendocument:xmlns:table:1.0" : ! 0 ,
"urn:oasis:names:tc:opendocument:xmlns:text:1.0" : ! 0 , "urn:oasis:names:tc:opendocument:xmlns:xsl-fo-compatible:1.0" : ! 0 } ) ; D ( a , "style" , { "urn:oasis:names:tc:opendocument:xmlns:datastyle:1.0" : ! 0 , "urn:oasis:names:tc:opendocument:xmlns:drawing:1.0" : ! 0 , "urn:oasis:names:tc:opendocument:xmlns:style:1.0" : ! 0 } ) } function W ( a ) { var c = a . firstElementChild , b = [ ] , d , h , e , m = a . attributes , f = m . length ; for ( d = 0 ; d < f ; d += 1 ) e = m . item ( d ) , h = e . localName . substr ( 0 , 2 ) . toLowerCase ( ) , null === e . namespaceURI && "on" === h && b . push ( e ) ; f = b . length ; for ( d =
0 ; d < f ; d += 1 ) a . removeAttributeNode ( b [ d ] ) ; for ( ; c ; ) W ( c ) , c = c . nextElementSibling } function J ( c ) { var b = c . shift ( ) ; b ? Y . loadAsDOM ( b . path , function ( d , h ) { h && ( V ( h ) , W ( h . documentElement ) ) ; b . handler ( h ) ; B . state === a . INVALID ? d ? runtime . log ( "ERROR: Unable to load " + b . path + " - " + d ) : runtime . log ( "ERROR: Unable to load " + b . path ) : ( d && runtime . log ( "DEBUG: Unable to load " + b . path + " - " + d ) , J ( c ) ) } ) : ( g ( B . rootElement ) , A ( a . DONE ) ) } function R ( a ) { var c = "" ; odf . Namespaces . forEachPrefix ( function ( a , b ) { c += " xmlns:" + a + '="' + b + '"' } ) ; return '<?xml version="1.0" encoding="UTF-8"?><office:' +
a + " " + c + ' office:version="1.2">' } function P ( ) { var a = new xmldom . LSSerializer , c = R ( "document-meta" ) ; a . filter = new odf . OdfNodeFilter ; c += a . writeToString ( B . rootElement . meta , odf . Namespaces . namespaceMap ) ; return c + "</office:document-meta>" } function aa ( a , c ) { var b = document . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" , "manifest:file-entry" ) ; b . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" , "manifest:full-path" , a ) ; b . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" ,
"manifest:media-type" , c ) ; return b } function S ( ) { var a = runtime . parseXML ( '<manifest:manifest xmlns:manifest="urn:oasis:names:tc:opendocument:xmlns:manifest:1.0" manifest:version="1.2"></manifest:manifest>' ) , c = a . documentElement , b = new xmldom . LSSerializer , d ; for ( d in M ) M . hasOwnProperty ( d ) && c . appendChild ( aa ( d , M [ d ] ) ) ; b . filter = new odf . OdfNodeFilter ; return '<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\n' + b . writeToString ( a , odf . Namespaces . namespaceMap ) } function fa ( ) { var a , c , b , d = odf . Namespaces . namespaceMap ,
h = new xmldom . LSSerializer , e = R ( "document-styles" ) ; c = v ( B . rootElement . automaticStyles , "document-styles" ) ; b = B . rootElement . masterStyles . cloneNode ( ! 0 ) ; a = u ( B . rootElement . fontFaceDecls , [ b , B . rootElement . styles , c ] ) ; f . removePrefixFromStyleNames ( c , q , b ) ; h . filter = new k ( b , c ) ; e += h . writeToString ( a , d ) ; e += h . writeToString ( B . rootElement . styles , d ) ; e += h . writeToString ( c , d ) ; e += h . writeToString ( b , d ) ; return e + "</office:document-styles>" } function ha ( ) { var a , c , b = odf . Namespaces . namespaceMap , h = new xmldom . LSSerializer , e = R ( "document-content" ) ;
c = v ( B . rootElement . automaticStyles , "document-content" ) ; a = u ( B . rootElement . fontFaceDecls , [ c ] ) ; h . filter = new d ( B . rootElement . body , c ) ; e += h . writeToString ( a , b ) ; e += h . writeToString ( c , b ) ; e += h . writeToString ( B . rootElement . body , b ) ; return e + "</office:document-content>" } function C ( c , b ) { runtime . loadXML ( c , function ( c , d ) { if ( c ) b ( c ) ; else if ( d ) { V ( d ) ; W ( d . documentElement ) ; var h = t ( d ) ; h && "document" === h . localName && "urn:oasis:names:tc:opendocument:xmlns:office:1.0" === h . namespaceURI ? ( I ( h ) , A ( a . DONE ) ) : A ( a . INVALID ) } else b ( "No DOM was loaded." ) } ) }
function Z ( a , c ) { var d ; d = B . rootElement ; var h = d . meta ; h || ( d . meta = h = document . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "meta" ) , b ( d , h ) ) ; d = h ; a && n . mapKeyValObjOntoNode ( d , a , odf . Namespaces . lookupNamespaceURI ) ; c && n . removeKeyElementsFromNode ( d , c , odf . Namespaces . lookupNamespaceURI ) } function ba ( c , b ) { function d ( a , c ) { var b ; c || ( c = a ) ; b = document . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , c ) ; f [ a ] = b ; f . appendChild ( b ) } var h = new core . Zip ( "" , null ) , e = "application/vnd.oasis.opendocument." +
c + ( ! 0 === b ? "-template" : "" ) , m = runtime . byteArrayFromString ( e , "utf8" ) , f = B . rootElement , g = document . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , c ) ; h . save ( "mimetype" , m , ! 1 , new Date ) ; d ( "meta" ) ; d ( "settings" ) ; d ( "scripts" ) ; d ( "fontFaceDecls" , "font-face-decls" ) ; d ( "styles" ) ; d ( "automaticStyles" , "automatic-styles" ) ; d ( "masterStyles" , "master-styles" ) ; d ( "body" ) ; f . body . appendChild ( g ) ; M [ "/" ] = e ; M [ "settings.xml" ] = "text/xml" ; M [ "meta.xml" ] = "text/xml" ; M [ "styles.xml" ] = "text/xml" ; M [ "content.xml" ] = "text/xml" ;
A ( a . DONE ) ; return h } function U ( ) { var a , c = new Date , b = "" ; B . rootElement . settings && B . rootElement . settings . firstElementChild && ( a = new xmldom . LSSerializer , b = R ( "document-settings" ) , a . filter = new odf . OdfNodeFilter , b += a . writeToString ( B . rootElement . settings , odf . Namespaces . namespaceMap ) , b += "</office:document-settings>" ) ; ( a = b ) ? ( a = runtime . byteArrayFromString ( a , "utf8" ) , Y . save ( "settings.xml" , a , ! 0 , c ) ) : Y . remove ( "settings.xml" ) ; b = runtime . getWindow ( ) ; a = "WebODF/" + webodf . Version ; b && ( a = a + " " + b . navigator . userAgent ) ; Z ( { "meta:generator" : a } ,
null ) ; a = runtime . byteArrayFromString ( P ( ) , "utf8" ) ; Y . save ( "meta.xml" , a , ! 0 , c ) ; a = runtime . byteArrayFromString ( fa ( ) , "utf8" ) ; Y . save ( "styles.xml" , a , ! 0 , c ) ; a = runtime . byteArrayFromString ( ha ( ) , "utf8" ) ; Y . save ( "content.xml" , a , ! 0 , c ) ; a = runtime . byteArrayFromString ( S ( ) , "utf8" ) ; Y . save ( "META-INF/manifest.xml" , a , ! 0 , c ) } function ga ( a , c ) { U ( ) ; Y . writeAs ( a , function ( a ) { c ( a ) } ) } var B = this , Y , M = { } , Q , F = "" ; this . onstatereadychange = m ; this . state = this . onchange = null ; this . getMetadata = z ; this . setRootElement = I ; this . getContentElement = function ( ) { var a ;
Q || ( a = B . rootElement . body , Q = n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "text" ) || n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "presentation" ) || n . getDirectChild ( a , "urn:oasis:names:tc:opendocument:xmlns:office:1.0" , "spreadsheet" ) ) ; if ( ! Q ) throw "Could not find content element in <office:body/>." ; return Q } ; this . getDocumentType = function ( ) { var a = B . getContentElement ( ) ; return a && a . localName } ; this . isTemplate = function ( ) { return "-template" === M [ "/" ] . substr ( - 9 ) } ;
this . setIsTemplate = function ( a ) { var c = M [ "/" ] , b = "-template" === c . substr ( - 9 ) ; a !== b && ( c = a ? c + "-template" : c . substr ( 0 , c . length - 9 ) , M [ "/" ] = c , a = runtime . byteArrayFromString ( c , "utf8" ) , Y . save ( "mimetype" , a , ! 1 , new Date ) ) } ; this . getPart = function ( a ) { return new odf . OdfPart ( a , M [ a ] , B , Y ) } ; this . getPartData = function ( a , c ) { Y . load ( a , c ) } ; this . setMetadata = Z ; this . incrementEditingCycles = function ( ) { var a = z ( odf . Namespaces . metans , "editing-cycles" ) , a = a ? parseInt ( a , 10 ) : 0 ; isNaN ( a ) && ( a = 0 ) ; Z ( { "meta:editing-cycles" : a + 1 } , null ) ; return a + 1 } ;
this . createByteArray = function ( a , c ) { U ( ) ; Y . createByteArray ( a , c ) } ; this . saveAs = ga ; this . save = function ( a ) { ga ( F , a ) } ; this . getUrl = function ( ) { return F } ; this . setBlob = function ( a , c , b ) { b = e . convertBase64ToByteArray ( b ) ; Y . save ( a , b , ! 1 , new Date ) ; M . hasOwnProperty ( a ) && runtime . log ( a + " has been overwritten." ) ; M [ a ] = c } ; this . removeBlob = function ( a ) { var c = Y . remove ( a ) ; runtime . assert ( c , "file is not found: " + a ) ; delete M [ a ] } ; this . state = a . LOADING ; this . rootElement = function ( a ) { var c = document . createElementNS ( a . namespaceURI , a . localName ) ,
b ; a = new a . Type ; for ( b in a ) a . hasOwnProperty ( b ) && ( c [ b ] = a [ b ] ) ; return c } ( { Type : odf . ODFDocumentElement , namespaceURI : odf . ODFDocumentElement . namespaceURI , localName : odf . ODFDocumentElement . localName } ) ; c === odf . OdfContainer . DocumentType . TEXT ? Y = ba ( "text" ) : c === odf . OdfContainer . DocumentType . TEXT _TEMPLATE ? Y = ba ( "text" , ! 0 ) : c === odf . OdfContainer . DocumentType . PRESENTATION ? Y = ba ( "presentation" ) : c === odf . OdfContainer . DocumentType . PRESENTATION _TEMPLATE ? Y = ba ( "presentation" , ! 0 ) : c === odf . OdfContainer . DocumentType . SPREADSHEET ?
Y = ba ( "spreadsheet" ) : c === odf . OdfContainer . DocumentType . SPREADSHEET _TEMPLATE ? Y = ba ( "spreadsheet" , ! 0 ) : ( F = c , Y = new core . Zip ( F , function ( c , b ) { Y = b ; c ? C ( F , function ( b ) { c && ( Y . error = c + "\n" + b , A ( a . INVALID ) ) } ) : J ( [ { path : "styles.xml" , handler : K } , { path : "content.xml" , handler : L } , { path : "meta.xml" , handler : E } , { path : "settings.xml" , handler : N } , { path : "META-INF/manifest.xml" , handler : O } ] ) } ) ) } ; odf . OdfContainer . EMPTY = 0 ; odf . OdfContainer . LOADING = 1 ; odf . OdfContainer . DONE = 2 ; odf . OdfContainer . INVALID = 3 ; odf . OdfContainer . SAVING = 4 ; odf . OdfContainer . MODIFIED =
5 ; odf . OdfContainer . getContainer = function ( a ) { return new odf . OdfContainer ( a , null ) } } ) ( ) ; odf . OdfContainer . DocumentType = { TEXT : 1 , TEXT _TEMPLATE : 2 , PRESENTATION : 3 , PRESENTATION _TEMPLATE : 4 , SPREADSHEET : 5 , SPREADSHEET _TEMPLATE : 6 } ; gui . AnnotatableCanvas = function ( ) { } ; gui . AnnotatableCanvas . prototype . refreshSize = function ( ) { } ; gui . AnnotatableCanvas . prototype . getZoomLevel = function ( ) { } ; gui . AnnotatableCanvas . prototype . getSizer = function ( ) { } ;
gui . AnnotationViewManager = function ( g , k , d , b ) { function f ( c ) { var b = c . annotationEndElement , d = l . createRange ( ) , e = c . getAttributeNS ( odf . Namespaces . officens , "name" ) ; b && ( d . setStart ( c , c . childNodes . length ) , d . setEnd ( b , 0 ) , c = a . getTextNodes ( d , ! 1 ) , c . forEach ( function ( a ) { var c ; a : { for ( c = a . parentNode ; c . namespaceURI !== odf . Namespaces . officens || "body" !== c . localName ; ) { if ( "http://www.w3.org/1999/xhtml" === c . namespaceURI && "webodf-annotationHighlight" === c . className && c . getAttribute ( "annotation" ) === e ) { c = ! 0 ; break a } c = c . parentNode } c =
! 1 } c || ( c = l . createElement ( "span" ) , c . className = "webodf-annotationHighlight" , c . setAttribute ( "annotation" , e ) , a . parentNode . replaceChild ( c , a ) , c . appendChild ( a ) ) } ) ) ; d . detach ( ) } function n ( a ) { var b = g . getSizer ( ) ; a ? ( d . style . display = "inline-block" , b . style . paddingRight = c . getComputedStyle ( d ) . width ) : ( d . style . display = "none" , b . style . paddingRight = 0 ) ; g . refreshSize ( ) } function p ( ) { e . sort ( function ( a , c ) { return 0 !== ( a . compareDocumentPosition ( c ) & Node . DOCUMENT _POSITION _FOLLOWING ) ? - 1 : 1 } ) } function r ( ) { var a ; for ( a = 0 ; a < e . length ; a +=
1 ) { var c = e [ a ] , b = c . parentNode , f = b . nextElementSibling , l = f . nextElementSibling , n = b . parentNode , k = 0 , k = e [ e . indexOf ( c ) - 1 ] , r = void 0 , c = g . getZoomLevel ( ) ; b . style . left = ( d . getBoundingClientRect ( ) . left - n . getBoundingClientRect ( ) . left ) / c + "px" ; b . style . width = d . getBoundingClientRect ( ) . width / c + "px" ; f . style . width = parseFloat ( b . style . left ) - 30 + "px" ; k ? ( r = k . parentNode . getBoundingClientRect ( ) , 20 >= ( n . getBoundingClientRect ( ) . top - r . bottom ) / c ? b . style . top = Math . abs ( n . getBoundingClientRect ( ) . top - r . bottom ) / c + 20 + "px" : b . style . top = "0px" ) :
b . style . top = "0px" ; l . style . left = f . getBoundingClientRect ( ) . width / c + "px" ; var f = l . style , n = l . getBoundingClientRect ( ) . left / c , k = l . getBoundingClientRect ( ) . top / c , r = b . getBoundingClientRect ( ) . left / c , p = b . getBoundingClientRect ( ) . top / c , q = 0 , I = 0 , q = r - n , q = q * q , I = p - k , I = I * I , n = Math . sqrt ( q + I ) ; f . width = n + "px" ; k = Math . asin ( ( b . getBoundingClientRect ( ) . top - l . getBoundingClientRect ( ) . top ) / ( c * parseFloat ( l . style . width ) ) ) ; l . style . transform = "rotate(" + k + "rad)" ; l . style . MozTransform = "rotate(" + k + "rad)" ; l . style . WebkitTransform = "rotate(" +
k + "rad)" ; l . style . msTransform = "rotate(" + k + "rad)" } } function q ( a ) { var c = e . indexOf ( a ) , b = a . parentNode . parentNode ; "div" === b . localName && ( b . parentNode . insertBefore ( a , b ) , b . parentNode . removeChild ( b ) ) ; a = a . getAttributeNS ( odf . Namespaces . officens , "name" ) ; a = l . querySelectorAll ( 'span.webodf-annotationHighlight[annotation="' + a + '"]' ) ; for ( var d , b = 0 ; b < a . length ; b += 1 ) { for ( d = a . item ( b ) ; d . firstChild ; ) d . parentNode . insertBefore ( d . firstChild , d ) ; d . parentNode . removeChild ( d ) } - 1 !== c && e . splice ( c , 1 ) ; 0 === e . length && n ( ! 1 ) } var e = [ ] , l =
k . ownerDocument , a = odf . OdfUtils , c = runtime . getWindow ( ) ; runtime . assert ( Boolean ( c ) , "Expected to be run in an environment which has a global window, like a browser." ) ; this . rerenderAnnotations = r ; this . rehighlightAnnotations = function ( ) { e . forEach ( function ( a ) { f ( a ) } ) } ; this . getMinimumHeightForAnnotationPane = function ( ) { return "none" !== d . style . display && 0 < e . length ? ( e [ e . length - 1 ] . parentNode . getBoundingClientRect ( ) . bottom - d . getBoundingClientRect ( ) . top ) / g . getZoomLevel ( ) + "px" : null } ; this . addAnnotations = function ( c ) { 0 !==
c . length && ( n ( ! 0 ) , c . forEach ( function ( c ) { e . push ( c ) ; var d = l . createElement ( "div" ) , m = l . createElement ( "div" ) , n = l . createElement ( "div" ) , g = l . createElement ( "div" ) , k ; d . className = "annotationWrapper" ; d . setAttribute ( "creator" , a . getAnnotationCreator ( c ) ) ; c . parentNode . insertBefore ( d , c ) ; m . className = "annotationNote" ; m . appendChild ( c ) ; b && ( k = l . createElement ( "div" ) , k . className = "annotationRemoveButton" , m . appendChild ( k ) ) ; n . className = "annotationConnector horizontal" ; g . className = "annotationConnector angular" ; d . appendChild ( m ) ;
d . appendChild ( n ) ; d . appendChild ( g ) ; c . annotationEndElement && f ( c ) } ) , p ( ) , r ( ) ) } ; this . forgetAnnotation = q ; this . forgetAnnotations = function ( ) { for ( ; e . length ; ) q ( e [ 0 ] ) } } ; gui . Viewport = function ( ) { } ; gui . Viewport . prototype . scrollIntoView = function ( g , k ) { } ;
gui . SingleScrollViewport = function ( g ) { this . scrollIntoView = function ( k , d ) { var b , f , n , p ; p = g . offsetHeight - g . clientHeight ; n = g . offsetWidth - g . clientWidth ; var r = g . getBoundingClientRect ( ) ; if ( k && r ) { b = r . left + 5 ; f = r . top + 5 ; n = r . right - ( n + 5 ) ; p = r . bottom - ( p + 5 ) ; if ( d || k . top < f ) g . scrollTop -= f - k . top ; else if ( k . top > p || k . bottom > p ) g . scrollTop = k . bottom - k . top <= p - f ? g . scrollTop + ( k . bottom - p ) : g . scrollTop + ( k . top - f ) ; k . left < b ? g . scrollLeft -= b - k . left : k . right > n && ( g . scrollLeft = k . right - k . left <= n - b ? g . scrollLeft + ( k . right - n ) : g . scrollLeft - ( b - k . left ) ) } } } ;
( function ( ) { function g ( d , n , k , r , q ) { var e , l = 0 , a ; for ( a in d ) if ( d . hasOwnProperty ( a ) ) { if ( l === k ) { e = a ; break } l += 1 } e ? n . getPartData ( d [ e ] . href , function ( a , m ) { if ( a ) runtime . log ( a ) ; else if ( m ) { var h = "@font-face { font-family: " + ( d [ e ] . family || e ) + "; src: url(data:application/x-font-ttf;charset=binary;base64," + b . convertUTF8ArrayToBase64 ( m ) + ') format("truetype"); }' ; try { r . insertRule ( h , r . cssRules . length ) } catch ( l ) { runtime . log ( "Problem inserting rule in CSS: " + runtime . toJson ( l ) + "\nRule: " + h ) } } else runtime . log ( "missing font data for " +
d [ e ] . href ) ; g ( d , n , k + 1 , r , q ) } ) : q && q ( ) } var k = xmldom . XPath , d = odf . OdfUtils , b = new core . Base64 ; odf . FontLoader = function ( ) { this . loadFonts = function ( b , n ) { for ( var p = b . rootElement . fontFaceDecls ; n . cssRules . length ; ) n . deleteRule ( n . cssRules . length - 1 ) ; if ( p ) { var r = { } , q , e , l , a ; if ( p ) for ( p = k . getODFElementsWithXPath ( p , "style:font-face[svg:font-face-src]" , odf . Namespaces . lookupNamespaceURI ) , q = 0 ; q < p . length ; q += 1 ) e = p [ q ] , l = e . getAttributeNS ( odf . Namespaces . stylens , "name" ) , a = d . getNormalizedFontFamilyName ( e . getAttributeNS ( odf . Namespaces . svgns ,
"font-family" ) ) , e = k . getODFElementsWithXPath ( e , "svg:font-face-src/svg:font-face-uri" , odf . Namespaces . lookupNamespaceURI ) , 0 < e . length && ( e = e [ 0 ] . getAttributeNS ( odf . Namespaces . xlinkns , "href" ) , r [ l ] = { href : e , family : a } ) ; g ( r , b , 0 , n ) } } } } ) ( ) ;
odf . Formatting = function ( ) { function g ( a ) { return ( a = A [ a ] ) ? u . mergeObjects ( { } , a ) : { } } function k ( ) { for ( var c = a . rootElement . fontFaceDecls , b = { } , d , e , c = c && c . firstElementChild ; c ; ) { if ( d = c . getAttributeNS ( h , "name" ) ) if ( ( e = c . getAttributeNS ( m , "font-family" ) ) || 0 < c . getElementsByTagNameNS ( m , "font-face-uri" ) . length ) b [ d ] = e ; c = c . nextElementSibling } return b } function d ( c ) { for ( var b = a . rootElement . styles . firstElementChild ; b ; ) { if ( b . namespaceURI === h && "default-style" === b . localName && b . getAttributeNS ( h , "family" ) === c ) return b ; b = b . nextElementSibling } return null }
function b ( c , b , d ) { var e , m , l ; d = d || [ a . rootElement . automaticStyles , a . rootElement . styles ] ; for ( l = 0 ; l < d . length ; l += 1 ) for ( e = d [ l ] , e = e . firstElementChild ; e ; ) { m = e . getAttributeNS ( h , "name" ) ; if ( e . namespaceURI === h && "style" === e . localName && e . getAttributeNS ( h , "family" ) === b && m === c || "list-style" === b && e . namespaceURI === y && "list-style" === e . localName && m === c || "data" === b && e . namespaceURI === x && m === c ) return e ; e = e . nextElementSibling } return null } function f ( a ) { for ( var c , b , d , e , m = { } , l = a . firstElementChild ; l ; ) { if ( l . namespaceURI === h ) for ( d =
m [ l . nodeName ] = { } , b = l . attributes , c = 0 ; c < b . length ; c += 1 ) e = b . item ( c ) , d [ e . name ] = e . value ; l = l . nextElementSibling } b = a . attributes ; for ( c = 0 ; c < b . length ; c += 1 ) e = b . item ( c ) , m [ e . name ] = e . value ; return m } function n ( c , e ) { for ( var m = a . rootElement . styles , l , n = { } , k = c . getAttributeNS ( h , "family" ) , r = c ; r ; ) l = f ( r ) , n = u . mergeObjects ( l , n ) , r = ( l = r . getAttributeNS ( h , "parent-style-name" ) ) ? b ( l , k , [ m ] ) : null ; if ( r = d ( k ) ) l = f ( r ) , n = u . mergeObjects ( l , n ) ; ! 1 !== e && ( l = g ( k ) , n = u . mergeObjects ( l , n ) ) ; return n } function p ( b , d ) { function h ( a ) { Object . keys ( a ) . forEach ( function ( c ) { Object . keys ( a [ c ] ) . forEach ( function ( a ) { f +=
"|" + c + ":" + a + "|" } ) } ) } for ( var e = b . nodeType === Node . TEXT _NODE ? b . parentNode : b , m , l = [ ] , f = "" , n = ! 1 ; e && ! w . isInlineRoot ( e ) && e . parentNode !== a . rootElement ; ) ! n && w . isGroupingElement ( e ) && ( n = ! 0 ) , ( m = c . determineStylesForNode ( e ) ) && l . push ( m ) , e = e . parentNode ; n && ( l . forEach ( h ) , d && ( d [ f ] = l ) ) ; return n ? l : void 0 } function r ( c ) { var d = { orderedStyles : [ ] , styleProperties : { } } ; c . forEach ( function ( c ) { Object . keys ( c ) . forEach ( function ( e ) { var m = Object . keys ( c [ e ] ) [ 0 ] , l = { name : m , family : e , displayName : void 0 , isCommonStyle : ! 1 } , f ; ( f = b ( m , e ) ) ? ( e = n ( f ) ,
d . styleProperties = u . mergeObjects ( e , d . styleProperties ) , l . displayName = f . getAttributeNS ( h , "display-name" ) || void 0 , l . isCommonStyle = f . parentNode === a . rootElement . styles ) : runtime . log ( "No style element found for '" + m + "' of family '" + e + "'" ) ; d . orderedStyles . push ( l ) } ) } ) ; return d } function q ( a , c ) { var b = { } , d = [ ] ; c || ( c = { } ) ; a . forEach ( function ( a ) { p ( a , b ) } ) ; Object . keys ( b ) . forEach ( function ( a ) { c [ a ] || ( c [ a ] = r ( b [ a ] ) ) ; d . push ( c [ a ] ) } ) ; return d } function e ( c ) { for ( var b = a . rootElement . masterStyles . firstElementChild ; b && ( b . namespaceURI !==
h || "master-page" !== b . localName || b . getAttributeNS ( h , "name" ) !== c ) ; ) b = b . nextElementSibling ; return b } function l ( a , c ) { var b ; a && ( b = t . convertMeasure ( a , "px" ) ) ; void 0 === b && c && ( b = t . convertMeasure ( c , "px" ) ) ; return b } var a , c = new odf . StyleInfo , m = odf . Namespaces . svgns , h = odf . Namespaces . stylens , y = odf . Namespaces . textns , x = odf . Namespaces . numberns , z = odf . Namespaces . fons , w = odf . OdfUtils , v = core . DomUtils , u = new core . Utils , t = new core . CSSUnits , A = { paragraph : { "style:paragraph-properties" : { "fo:text-align" : "left" } } } ; this . getSystemDefaultStyleAttributes =
g ; this . setOdfContainer = function ( c ) { a = c } ; this . getFontMap = k ; this . getAvailableParagraphStyles = function ( ) { for ( var c = a . rootElement . styles , b , d , e = [ ] , c = c && c . firstElementChild ; c ; ) "style" === c . localName && c . namespaceURI === h && ( b = c . getAttributeNS ( h , "family" ) , "paragraph" === b && ( b = c . getAttributeNS ( h , "name" ) , d = c . getAttributeNS ( h , "display-name" ) || b , b && d && e . push ( { name : b , displayName : d } ) ) ) , c = c . nextElementSibling ; return e } ; this . isStyleUsed = function ( b ) { var d , e = a . rootElement ; d = c . hasDerivedStyles ( e , odf . Namespaces . lookupNamespaceURI ,
b ) ; b = ( new c . UsedStyleList ( e . styles ) ) . uses ( b ) || ( new c . UsedStyleList ( e . automaticStyles ) ) . uses ( b ) || ( new c . UsedStyleList ( e . body ) ) . uses ( b ) ; return d || b } ; this . getDefaultStyleElement = d ; this . getStyleElement = b ; this . getStyleAttributes = f ; this . getInheritedStyleAttributes = n ; this . getFirstCommonParentStyleNameOrSelf = function ( c ) { var d = a . rootElement . styles , e ; if ( e = b ( c , "paragraph" , [ a . rootElement . automaticStyles ] ) ) if ( c = e . getAttributeNS ( h , "parent-style-name" ) , ! c ) return null ; return ( e = b ( c , "paragraph" , [ d ] ) ) ? c : null } ; this . hasParagraphStyle =
function ( a ) { return Boolean ( b ( a , "paragraph" ) ) } ; this . getAppliedStyles = q ; this . getAppliedStylesForElement = function ( a , c ) { return q ( [ a ] , c ) [ 0 ] } ; this . updateStyle = function ( c , b ) { var d , e ; v . mapObjOntoNode ( c , b , odf . Namespaces . lookupNamespaceURI ) ; ( d = ( d = b [ "style:text-properties" ] ) && d [ "style:font-name" ] ) && ! k ( ) . hasOwnProperty ( d ) && ( e = c . ownerDocument . createElementNS ( h , "style:font-face" ) , e . setAttributeNS ( h , "style:name" , d ) , e . setAttributeNS ( m , "svg:font-family" , d ) , a . rootElement . fontFaceDecls . appendChild ( e ) ) } ; this . createDerivedStyleObject =
function ( c , d , e ) { var h = b ( c , d ) ; runtime . assert ( Boolean ( h ) , "No style element found for '" + c + "' of family '" + d + "'" ) ; c = h . parentNode === a . rootElement . styles ? { "style:parent-style-name" : c } : f ( h ) ; c [ "style:family" ] = d ; u . mergeObjects ( c , e ) ; return c } ; this . getDefaultTabStopDistance = function ( ) { for ( var a = d ( "paragraph" ) , a = a && a . firstElementChild , c ; a ; ) a . namespaceURI === h && "paragraph-properties" === a . localName && ( c = a . getAttributeNS ( h , "tab-stop-distance" ) ) , a = a . nextElementSibling ; c || ( c = "1.25cm" ) ; return w . parseNonNegativeLength ( c ) } ;
this . getMasterPageElement = e ; this . getContentSize = function ( c , d ) { var m , f , n , g , k , r , p , q , y , u ; a : { f = b ( c , d ) ; runtime . assert ( "paragraph" === d || "table" === d , "styleFamily must be either paragraph or table" ) ; if ( f ) { if ( f = f . getAttributeNS ( h , "master-page-name" ) ) ( m = e ( f ) ) || runtime . log ( "WARN: No master page definition found for " + f ) ; m || ( m = e ( "Standard" ) ) ; m || ( m = a . rootElement . masterStyles . getElementsByTagNameNS ( h , "master-page" ) [ 0 ] ) || runtime . log ( "WARN: Document has no master pages defined" ) ; if ( m ) for ( f = m . getAttributeNS ( h , "page-layout-name" ) ,
n = a . rootElement . automaticStyles . getElementsByTagNameNS ( h , "page-layout" ) , g = 0 ; g < n . length ; g += 1 ) if ( m = n . item ( g ) , m . getAttributeNS ( h , "name" ) === f ) break a } m = null } m || ( m = v . getDirectChild ( a . rootElement . styles , h , "default-page-layout" ) ) ; ( m = v . getDirectChild ( m , h , "page-layout-properties" ) ) ? ( "landscape" === m . getAttributeNS ( h , "print-orientation" ) ? ( f = "29.7cm" , n = "21.001cm" ) : ( f = "21.001cm" , n = "29.7cm" ) , f = l ( m . getAttributeNS ( z , "page-width" ) , f ) , n = l ( m . getAttributeNS ( z , "page-height" ) , n ) , g = l ( m . getAttributeNS ( z , "margin" ) ) , void 0 ===
g ? ( g = l ( m . getAttributeNS ( z , "margin-left" ) , "2cm" ) , k = l ( m . getAttributeNS ( z , "margin-right" ) , "2cm" ) , r = l ( m . getAttributeNS ( z , "margin-top" ) , "2cm" ) , p = l ( m . getAttributeNS ( z , "margin-bottom" ) , "2cm" ) ) : g = k = r = p = g , q = l ( m . getAttributeNS ( z , "padding" ) ) , void 0 === q ? ( q = l ( m . getAttributeNS ( z , "padding-left" ) , "0cm" ) , y = l ( m . getAttributeNS ( z , "padding-right" ) , "0cm" ) , u = l ( m . getAttributeNS ( z , "padding-top" ) , "0cm" ) , m = l ( m . getAttributeNS ( z , "padding-bottom" ) , "0cm" ) ) : q = y = u = m = q ) : ( f = l ( "21.001cm" ) , n = l ( "29.7cm" ) , g = k = r = p = g = l ( "2cm" ) , q = y = u = m = q =
l ( "0cm" ) ) ; return { width : f - g - k - q - y , height : n - r - p - u - m } } } ;
( function ( ) { var g = odf . Namespaces . stylens , k = odf . Namespaces . textns , d = { graphic : "draw" , "drawing-page" : "draw" , paragraph : "text" , presentation : "presentation" , ruby : "text" , section : "text" , table : "table" , "table-cell" : "table" , "table-column" : "table" , "table-row" : "table" , text : "text" , list : "text" , page : "office" } ; odf . StyleTreeNode = function ( b ) { this . derivedStyles = { } ; this . element = b } ; odf . StyleTree = function ( b , f ) { function n ( b ) { var a , c , d , e = { } ; if ( ! b ) return e ; for ( b = b . firstElementChild ; b ; ) { if ( c = b . namespaceURI !== g || "style" !== b . localName &&
"default-style" !== b . localName ? b . namespaceURI === k && "list-style" === b . localName ? "list" : b . namespaceURI !== g || "page-layout" !== b . localName && "default-page-layout" !== b . localName ? void 0 : "page" : b . getAttributeNS ( g , "family" ) ) ( a = b . getAttributeNS ( g , "name" ) ) || ( a = "" ) , e . hasOwnProperty ( c ) ? d = e [ c ] : e [ c ] = d = { } , d [ a ] = b ; b = b . nextElementSibling } return e } function p ( b , a ) { if ( b . hasOwnProperty ( a ) ) return b [ a ] ; var c = null , d = Object . keys ( b ) , e ; for ( e = 0 ; e < d . length && ! ( c = p ( b [ d [ e ] ] . derivedStyles , a ) ) ; e += 1 ) ; return c } function r ( b , a , c ) { var d , e ,
f ; if ( ! a . hasOwnProperty ( b ) ) return null ; d = new odf . StyleTreeNode ( a [ b ] ) ; e = d . element . getAttributeNS ( g , "parent-style-name" ) ; f = null ; e && ( f = p ( c , e ) || r ( e , a , c ) ) ; f ? f . derivedStyles [ b ] = d : c [ b ] = d ; delete a [ b ] ; return d } function q ( b , a ) { b && Object . keys ( b ) . forEach ( function ( c ) { r ( c , b , a ) } ) } var e = { } ; this . getStyleTree = function ( ) { return e } ; ( function ( ) { var l , a , c ; a = n ( b ) ; c = n ( f ) ; Object . keys ( d ) . forEach ( function ( b ) { l = e [ b ] = { } ; q ( a [ b ] , l ) ; q ( c [ b ] , l ) } ) } ) ( ) } } ) ( ) ;
( function ( ) { function g ( b , d ) { try { b . insertRule ( d , b . cssRules . length ) } catch ( f ) { runtime . log ( "cannot load rule: " + d + " - " + f ) } } function k ( b , d ) { this . listCounterCount = 0 ; this . contentRules = b ; this . counterIdStack = [ ] ; this . continuedCounterIdStack = d } function d ( b ) { function d ( c , h , f , l ) { var k = h . namespaceURI === n && "list" === h . localName , r = h . namespaceURI === n && "list-item" === h . localName ; if ( k || r ) { if ( k ) { var k = f += 1 , p , u , t ; l . listCounterCount += 1 ; r = c + "-level" + k + "-" + l . listCounterCount ; h . setAttributeNS ( "urn:webodf:names:helper" , "counter-id" ,
r ) ; p = l . continuedCounterIdStack . shift ( ) ; p || ( p = r , a += r + " 1 " , u = 'text|list[webodfhelper|counter-id="' + r + '"] > text|list-item:first-child > :not(text|list):first-child:before' , u += "{" , u += "counter-increment: " + p + " 0;" , u += "}" , g ( b , u ) ) ; for ( ; l . counterIdStack . length >= k ; ) l . counterIdStack . pop ( ) ; l . counterIdStack . push ( p ) ; t = l . contentRules [ k . toString ( ) ] || "" ; for ( u = 1 ; u <= k ; u += 1 ) t = t . replace ( u + "webodf-listLevel" , l . counterIdStack [ u - 1 ] ) ; u = 'text|list[webodfhelper|counter-id="' + r + '"] > text|list-item > :not(text|list):first-child:before' ;
u += "{" ; u += t ; u += "counter-increment: " + p + ";" ; u += "}" ; g ( b , u ) } for ( h = h . firstElementChild ; h ; ) d ( c , h , f , l ) , h = h . nextElementSibling } else l . continuedCounterIdStack = [ ] } var f = 0 , a = "" , c = { } ; this . createCounterRules = function ( a , b , n ) { var g = b . getAttributeNS ( p , "id" ) , r = [ ] ; n && ( n = n . getAttributeNS ( "urn:webodf:names:helper" , "counter-id" ) , r = c [ n ] . slice ( 0 ) ) ; a = new k ( a , r ) ; g ? g = "Y" + g : ( f += 1 , g = "X" + f ) ; d ( g , b , 0 , a ) ; c [ g + "-level1-1" ] = a . counterIdStack } ; this . initialiseCreatedCounters = function ( ) { var c ; c = "office|document{" + ( "counter-reset: " + a +
";" ) ; c += "}" ; g ( b , c ) } } var b = odf . Namespaces . fons , f = odf . Namespaces . stylens , n = odf . Namespaces . textns , p = odf . Namespaces . xmlns , r = { 1 : "decimal" , a : "lower-latin" , A : "upper-latin" , i : "lower-roman" , I : "upper-roman" } ; odf . ListStyleToCss = function ( ) { function k ( a ) { var b = m . parseLength ( a ) ; return b ? c . convert ( b . value , b . unit , "px" ) : ( runtime . log ( "Could not parse value '" + a + "'." ) , 0 ) } function e ( a ) { return a . replace ( /\\/g , "\\\\" ) . replace ( /"/g , '\\"' ) } function l ( a , c ) { var b ; a && ( b = a . getAttributeNS ( n , "style-name" ) ) ; return b === c } function a ( a ,
c , b ) { c = c . getElementsByTagNameNS ( n , "list" ) ; a = new d ( a ) ; var m , g , k , q , t , A , I = { } , K ; for ( K = 0 ; K < c . length ; K += 1 ) if ( m = c . item ( K ) , A = m . getAttributeNS ( n , "style-name" ) ) { k = m . getAttributeNS ( n , "continue-numbering" ) ; q = m . getAttributeNS ( n , "continue-list" ) ; ( t = m . getAttributeNS ( p , "id" ) ) && ( I [ t ] = m ) ; t = b [ A ] . element . firstElementChild ; for ( var L = void 0 , E = { } ; t ; ) { var L = ( L = t . getAttributeNS ( n , "level" ) ) && parseInt ( L , 10 ) , N = t , O = "" , D = void 0 , V = void 0 , W = D = void 0 ; if ( "list-level-style-number" === N . localName ) { var J = N , O = J . getAttributeNS ( f , "num-format" ) ,
D = J . getAttributeNS ( f , "num-suffix" ) || "" , V = J . getAttributeNS ( f , "num-prefix" ) || "" , R = "" , P = J . getAttributeNS ( n , "level" ) , J = J . getAttributeNS ( n , "display-levels" ) ; V && ( R += '"' + e ( V ) + '"\n' ) ; if ( r . hasOwnProperty ( O ) ) for ( P = P ? parseInt ( P , 10 ) : 1 , J = J ? parseInt ( J , 10 ) : 1 ; 0 < J ; ) R += " counter(" + ( P - J + 1 ) + "webodf-listLevel," + r [ O ] + ")" , 1 < J && ( R += '"."' ) , -- J ; else R = O ? R + ( ' "' + O + '"' ) : R + ' ""' ; O = "content:" + R + ' "' + e ( D ) + '"' } else "list-level-style-image" === N . localName ? O = "content: none" : "list-level-style-bullet" === N . localName && ( O = N . getAttributeNS ( n ,
"bullet-char" ) , O = 'content: "' + e ( O ) + '"' ) ; if ( D = N . getElementsByTagNameNS ( f , "list-level-properties" ) [ 0 ] ) V = D . getAttributeNS ( n , "list-level-position-and-space-mode" ) , "label-alignment" === V && ( ( D = D . getElementsByTagNameNS ( f , "list-level-label-alignment" ) [ 0 ] ) && ( W = D . getAttributeNS ( n , "label-followed-by" ) ) , "space" === W && ( O += ' "\\a0"' ) ) ; E [ L ] = "\n" + O + ";\n" ; t = t . nextElementSibling } t = E ; k && ! q && l ( g , A ) ? a . createCounterRules ( t , m , g ) : q && l ( I [ q ] , A ) ? a . createCounterRules ( t , m , I [ q ] ) : a . createCounterRules ( t , m ) ; g = m } a . initialiseCreatedCounters ( ) }
var c = new core . CSSUnits , m = odf . OdfUtils ; this . applyListStyles = function ( c , d , e ) { var m , l ; ( m = d . list ) && Object . keys ( m ) . forEach ( function ( a ) { l = m [ a ] ; for ( var d = l . element . firstElementChild ; d ; ) { if ( d . namespaceURI === n ) { for ( var e = c , r = d , p = 'text|list[text|style-name="' + a + '"]' , y = r . getAttributeNS ( n , "level" ) , x = void 0 , E = void 0 , N = E = void 0 , O = void 0 , D = void 0 , V = x = void 0 , W = void 0 , J = void 0 , R = void 0 , O = void 0 , N = ( E = r . getElementsByTagNameNS ( f , "list-level-properties" ) [ 0 ] ) && E . getAttributeNS ( n , "list-level-position-and-space-mode" ) ,
O = E && E . getElementsByTagNameNS ( f , "list-level-label-alignment" ) [ 0 ] , x = y = y && parseInt ( y , 10 ) ; 1 < x ; ) p += " > text|list-item > text|list" , -- x ; x = E && E . getAttributeNS ( b , "text-align" ) || "left" ; switch ( x ) { case "end" : x = "right" ; break ; case "start" : x = "left" } "label-alignment" === N ? ( D = O && O . getAttributeNS ( b , "margin-left" ) || "0px" , J = O && O . getAttributeNS ( b , "text-indent" ) || "0px" , R = O && O . getAttributeNS ( n , "label-followed-by" ) , O = k ( D ) ) : ( D = E && E . getAttributeNS ( n , "space-before" ) || "0px" , V = E && E . getAttributeNS ( n , "min-label-width" ) || "0px" ,
W = E && E . getAttributeNS ( n , "min-label-distance" ) || "0px" , O = k ( D ) + k ( V ) ) ; E = p + " > text|list-item" ; E += "{" ; E += "margin-left: " + O + "px;" ; E += "}" ; g ( e , E ) ; E = p + " > text|list-item > text|list" ; E += "{" ; E += "margin-left: " + - O + "px;" ; E += "}" ; g ( e , E ) ; E = p + " > text|list-item > :not(text|list):first-child:before" ; E += "{" ; E += "text-align: " + x + ";" ; E += "display: inline-block;" ; "label-alignment" === N ? ( E += "margin-left: " + J + ";" , "listtab" === R && ( E += "padding-right: 0.2cm;" ) ) : ( E += "min-width: " + V + ";" , E += "margin-left: " + ( 0 === parseFloat ( V ) ? "" :
"-" ) + V + ";" , E += "padding-right: " + W + ";" ) ; E += "}" ; g ( e , E ) } d = d . nextElementSibling } } ) ; a ( c , e , m ) } } } ) ( ) ; odf . LazyStyleProperties = function ( g , k ) { var d = { } ; this . value = function ( b ) { var f ; d . hasOwnProperty ( b ) ? f = d [ b ] : ( f = k [ b ] ( ) , void 0 === f && g && ( f = g . value ( b ) ) , d [ b ] = f ) ; return f } ; this . reset = function ( b ) { g = b ; d = { } } } ;
odf . StyleParseUtils = function ( ) { function g ( d ) { var b , f ; d = ( d = /(-?[0-9]*[0-9][0-9]*(\.[0-9]*)?|0+\.[0-9]*[1-9][0-9]*|\.[0-9]*[1-9][0-9]*)((cm)|(mm)|(in)|(pt)|(pc)|(px))/ . exec ( d ) ) ? { value : parseFloat ( d [ 1 ] ) , unit : d [ 3 ] } : null ; f = d && d . unit ; "px" === f ? b = d . value : "cm" === f ? b = d . value / 2.54 * 96 : "mm" === f ? b = d . value / 25.4 * 96 : "in" === f ? b = 96 * d . value : "pt" === f ? b = d . value / . 75 : "pc" === f && ( b = 16 * d . value ) ; return b } var k = odf . Namespaces . stylens ; this . parseLength = g ; this . parsePositiveLengthOrPercent = function ( d , b , f ) { var n ; d && ( n = parseFloat ( d . substr ( 0 ,
d . indexOf ( "%" ) ) ) , isNaN ( n ) && ( n = void 0 ) ) ; var k ; void 0 !== n ? ( f && ( k = f . value ( b ) ) , n = void 0 === k ? void 0 : k / 100 * n ) : n = g ( d ) ; return n } ; this . getPropertiesElement = function ( d , b , f ) { for ( b = f ? f . nextElementSibling : b . firstElementChild ; null !== b && ( b . localName !== d || b . namespaceURI !== k ) ; ) b = b . nextElementSibling ; return b } ; this . parseAttributeList = function ( d ) { d && ( d = d . replace ( /^\s*(.*?)\s*$/g , "$1" ) ) ; return d && 0 < d . length ? d . split ( /\s+/ ) : [ ] } } ;
odf . Style2CSS = function ( ) { function g ( a , c , b ) { var d = [ ] ; b = b . derivedStyles ; var e ; var h = z [ a ] , m ; void 0 === h ? c = null : ( m = c ? "[" + h + '|style-name="' + c + '"]' : "" , "presentation" === h && ( h = "draw" , m = c ? '[presentation|style-name="' + c + '"]' : "" ) , c = h + "|" + w [ a ] . join ( m + "," + h + "|" ) + m ) ; null !== c && d . push ( c ) ; for ( e in b ) b . hasOwnProperty ( e ) && ( c = g ( a , e , b [ e ] ) , d = d . concat ( c ) ) ; return d } function k ( a ) { var c = "" , b = "" , c = null ; if ( "default-style" === a . localName ) return null ; c = a . getAttributeNS ( l , "parent-style-name" ) ; b = a . getAttributeNS ( l , "family" ) ; return c =
S . getODFElementsWithXPath ( P , c ? "//style:*[@style:name='" + c + "'][@style:family='" + b + "']" : "//style:default-style[@style:family='" + b + "']" , odf . Namespaces . lookupNamespaceURI ) [ 0 ] } function d ( a , c ) { var b = "" , d , e , h ; for ( d = 0 ; d < c . length ; d += 1 ) if ( e = c [ d ] , h = a . getAttributeNS ( e [ 0 ] , e [ 1 ] ) ) { h = h . trim ( ) ; if ( D . hasOwnProperty ( e [ 1 ] ) ) { var m = h , f = m . indexOf ( " " ) , n = void 0 ; h = void 0 ; - 1 !== f ? ( n = m . substring ( 0 , f ) , h = m . substring ( f ) ) : ( n = m , h = "" ) ; ( n = J . parseLength ( n ) ) && "pt" === n . unit && . 75 > n . value && ( m = "0.75pt" + h ) ; h = m } else if ( V . hasOwnProperty ( e [ 1 ] ) ) { var m =
a , f = e [ 0 ] , n = e [ 1 ] , g = J . parseLength ( h ) , r = void 0 , p = void 0 , q = void 0 , O = void 0 , q = void 0 ; if ( g && "%" === g . unit ) { r = g . value / 100 ; p = k ( m . parentNode ) ; for ( O = "0" ; p ; ) { if ( q = y . getDirectChild ( p , l , "paragraph-properties" ) ) if ( q = J . parseLength ( q . getAttributeNS ( f , n ) ) ) { if ( "%" !== q . unit ) { O = q . value * r + q . unit ; break } r *= q . value / 100 } p = k ( p ) } h = O } } e [ 2 ] && ( b += e [ 2 ] + ":" + h + ";" ) } return b } function b ( a , c , b , d ) { return c + c + b + b + d + d } function f ( a , c ) { var b = [ a ] , d = c . derivedStyles ; Object . keys ( d ) . forEach ( function ( a ) { a = f ( a , d [ a ] ) ; b = b . concat ( a ) } ) ; return b } function n ( a ,
c , b , d ) { function e ( c , b ) { var d = [ ] , h ; c . forEach ( function ( a ) { m . forEach ( function ( c ) { d . push ( 'draw|page[webodfhelper|page-style-name="' + c + '"] draw|frame[presentation|class="' + a + '"]' ) } ) } ) ; 0 < d . length && ( h = d . join ( "," ) + "{visibility:" + b + ";}" , a . insertRule ( h , a . cssRules . length ) ) } var m = f ( c , d ) , l = [ ] , n = [ ] ; [ "page-number" , "date-time" , "header" , "footer" ] . forEach ( function ( a ) { var c ; c = b . getAttributeNS ( h , "display-" + a ) ; "true" === c ? l . push ( a ) : "false" === c && n . push ( a ) } ) ; e ( l , "visible" ) ; e ( n , "hidden" ) } function p ( a , f , D , V ) { var z , w ; if ( "page" ===
f ) { var B = V . element , P = "" , M , Q ; Q = M = "" ; D = y . getDirectChild ( B , l , "page-layout-properties" ) ; var F ; if ( D ) if ( F = B . getAttributeNS ( l , "name" ) , P += d ( D , N ) , ( M = y . getDirectChild ( D , l , "background-image" ) ) && ( Q = M . getAttributeNS ( m , "href" ) ) && ( P = P + ( "background-image: url('odfkit:" + Q + "');" ) + d ( M , u ) ) , "presentation" === R ) for ( B = ( B = y . getDirectChild ( B . parentNode . parentNode , e , "master-styles" ) ) && B . firstElementChild ; B ; ) B . namespaceURI === l && "master-page" === B . localName && B . getAttributeNS ( l , "page-layout-name" ) === F && ( Q = B . getAttributeNS ( l , "name" ) ,
M = 'draw|page[draw|master-page-name="' + Q + '"] {' + P + "}" , Q = 'office|body, draw|page[draw|master-page-name="' + Q + '"] {' + d ( D , O ) + " }" , a . insertRule ( M , a . cssRules . length ) , a . insertRule ( Q , a . cssRules . length ) ) , B = B . nextElementSibling ; else "text" === R && ( M = "office|text {" + P + "}" , Q = "office|body {width: " + D . getAttributeNS ( q , "page-width" ) + ";}" , a . insertRule ( M , a . cssRules . length ) , a . insertRule ( Q , a . cssRules . length ) ) } else { P = g ( f , D , V ) . join ( "," ) ; F = "" ; if ( B = y . getDirectChild ( V . element , l , "text-properties" ) ) { var S = B , ca = w = "" ; M = "" ; Q = 1 ; B =
"" + d ( S , v ) ; z = S . getAttributeNS ( l , "text-underline-style" ) ; "solid" === z && ( w += " underline" ) ; z = S . getAttributeNS ( l , "text-line-through-style" ) ; "solid" === z && ( w += " line-through" ) ; w . length && ( B = B + ( "text-decoration:" + w + ";\n" ) + ( "text-decoration-line:" + w + ";\n" ) , B += "-moz-text-decoration-line:" + w + ";\n" ) ; z = S . getAttributeNS ( l , "text-line-through-type" ) ; switch ( z ) { case "double" : ca += " double" ; break ; case "single" : ca += " single" } ca && ( B += "text-decoration-style:" + ca + ";\n" , B += "-moz-text-decoration-style:" + ca + ";\n" ) ; if ( w = S . getAttributeNS ( l ,
"font-name" ) || S . getAttributeNS ( q , "font-family" ) ) z = W [ w ] , B += "font-family: " + ( z || w ) + ";" ; if ( z = S . getAttributeNS ( l , "text-position" ) ) w = x . parseAttributeList ( z ) , z = w [ 0 ] , w = w [ 1 ] , B += "vertical-align: " + z + "\n; " , w && ( Q = parseFloat ( w ) / 100 ) ; if ( S . hasAttributeNS ( q , "font-size" ) || 1 !== Q ) { for ( S = S . parentNode ; S ; ) { if ( z = ( z = y . getDirectChild ( S , l , "text-properties" ) ) ? J . parseFoFontSize ( z . getAttributeNS ( q , "font-size" ) ) : null ) { if ( "%" !== z . unit ) { M = "font-size: " + z . value * Q + z . unit + ";" ; break } Q *= z . value / 100 } S = k ( S ) } M || ( M = "font-size: " + parseFloat ( aa ) *
Q + fa . getUnits ( aa ) + ";" ) } B += M ; F += B } if ( B = y . getDirectChild ( V . element , l , "paragraph-properties" ) ) M = B , B = "" + d ( M , t ) , ( Q = y . getDirectChild ( M , l , "background-image" ) ) && ( S = Q . getAttributeNS ( m , "href" ) ) && ( B = B + ( "background-image: url('odfkit:" + S + "');" ) + d ( Q , u ) ) , ( M = M . getAttributeNS ( q , "line-height" ) ) && "normal" !== M && ( M = J . parseFoLineHeight ( M ) , B = "%" !== M . unit ? B + ( "line-height: " + M . value + M . unit + ";" ) : B + ( "line-height: " + M . value / 100 + ";" ) ) , F += B ; if ( B = y . getDirectChild ( V . element , l , "graphic-properties" ) ) S = B , B = "" + d ( S , A ) , M = S . getAttributeNS ( r ,
"opacity" ) , Q = S . getAttributeNS ( r , "fill" ) , S = S . getAttributeNS ( r , "fill-color" ) , "solid" === Q || "hatch" === Q ? S && "none" !== S ? ( M = isNaN ( parseFloat ( M ) ) ? 1 : parseFloat ( M ) / 100 , Q = S . replace ( /^#?([a-f\d])([a-f\d])([a-f\d])$/i , b ) , ( S = ( Q = /^#?([a-f\d]{2})([a-f\d]{2})([a-f\d]{2})$/i . exec ( Q ) ) ? { r : parseInt ( Q [ 1 ] , 16 ) , g : parseInt ( Q [ 2 ] , 16 ) , b : parseInt ( Q [ 3 ] , 16 ) } : null ) && ( B += "background-color: rgba(" + S . r + "," + S . g + "," + S . b + "," + M + ");" ) ) : B += "background: none;" : "none" === Q && ( B += "background: none;" ) , F += B ; if ( B = y . getDirectChild ( V . element , l , "drawing-page-properties" ) ) M =
B , Q = "" + d ( M , A ) , "true" === M . getAttributeNS ( h , "background-visible" ) && ( Q += "background: none;" ) , F += Q , n ( a , D , B , V ) ; if ( B = y . getDirectChild ( V . element , l , "table-cell-properties" ) ) D = F , F = "" + d ( B , I ) , F = D + F ; if ( B = y . getDirectChild ( V . element , l , "table-row-properties" ) ) D = F , F = "" + d ( B , L ) , F = D + F ; if ( B = y . getDirectChild ( V . element , l , "table-column-properties" ) ) D = F , F = "" + d ( B , K ) , F = D + F ; if ( B = y . getDirectChild ( V . element , l , "table-properties" ) ) D = F , F = "" + d ( B , E ) , B = B . getAttributeNS ( c , "border-model" ) , "collapsing" === B ? F += "border-collapse:collapse;" :
"separating" === B && ( F += "border-collapse:separate;" ) , F = D + F ; 0 !== F . length && a . insertRule ( P + "{" + F + "}" , a . cssRules . length ) } for ( var X in V . derivedStyles ) V . derivedStyles . hasOwnProperty ( X ) && p ( a , f , X , V . derivedStyles [ X ] ) } var r = odf . Namespaces . drawns , q = odf . Namespaces . fons , e = odf . Namespaces . officens , l = odf . Namespaces . stylens , a = odf . Namespaces . svgns , c = odf . Namespaces . tablens , m = odf . Namespaces . xlinkns , h = odf . Namespaces . presentationns , y = core . DomUtils , x = new odf . StyleParseUtils , z = { graphic : "draw" , "drawing-page" : "draw" , paragraph : "text" ,
presentation : "presentation" , ruby : "text" , section : "text" , table : "table" , "table-cell" : "table" , "table-column" : "table" , "table-row" : "table" , text : "text" , list : "text" , page : "office" } , w = { graphic : "circle connected control custom-shape ellipse frame g line measure page page-thumbnail path polygon polyline rect regular-polygon" . split ( " " ) , paragraph : "alphabetical-index-entry-template h illustration-index-entry-template index-source-style object-index-entry-template p table-index-entry-template table-of-content-entry-template user-index-entry-template" . split ( " " ) ,
presentation : "caption circle connector control custom-shape ellipse frame g line measure page-thumbnail path polygon polyline rect regular-polygon" . split ( " " ) , "drawing-page" : "caption circle connector control page custom-shape ellipse frame g line measure page-thumbnail path polygon polyline rect regular-polygon" . split ( " " ) , ruby : [ "ruby" , "ruby-text" ] , section : "alphabetical-index bibliography illustration-index index-title object-index section table-of-content table-index user-index" . split ( " " ) , table : [ "background" ,
"table" ] , "table-cell" : "body covered-table-cell even-columns even-rows first-column first-row last-column last-row odd-columns odd-rows table-cell" . split ( " " ) , "table-column" : [ "table-column" ] , "table-row" : [ "table-row" ] , text : "a index-entry-chapter index-entry-link-end index-entry-link-start index-entry-page-number index-entry-span index-entry-tab-stop index-entry-text index-title-template linenumbering-configuration list-level-style-number list-level-style-bullet outline-level-style span" . split ( " " ) ,
list : [ "list-item" ] } , v = [ [ q , "color" , "color" ] , [ q , "background-color" , "background-color" ] , [ q , "font-weight" , "font-weight" ] , [ q , "font-style" , "font-style" ] ] , u = [ [ l , "repeat" , "background-repeat" ] ] , t = [ [ q , "background-color" , "background-color" ] , [ q , "text-align" , "text-align" ] , [ q , "text-indent" , "text-indent" ] , [ q , "padding" , "padding" ] , [ q , "padding-left" , "padding-left" ] , [ q , "padding-right" , "padding-right" ] , [ q , "padding-top" , "padding-top" ] , [ q , "padding-bottom" , "padding-bottom" ] , [ q , "border-left" , "border-left" ] , [ q , "border-right" ,
"border-right" ] , [ q , "border-top" , "border-top" ] , [ q , "border-bottom" , "border-bottom" ] , [ q , "margin" , "margin" ] , [ q , "margin-left" , "margin-left" ] , [ q , "margin-right" , "margin-right" ] , [ q , "margin-top" , "margin-top" ] , [ q , "margin-bottom" , "margin-bottom" ] , [ q , "border" , "border" ] ] , A = [ [ q , "background-color" , "background-color" ] , [ q , "min-height" , "min-height" ] , [ r , "stroke" , "border" ] , [ a , "stroke-color" , "border-color" ] , [ a , "stroke-width" , "border-width" ] , [ q , "border" , "border" ] , [ q , "border-left" , "border-left" ] , [ q , "border-right" , "border-right" ] ,
[ q , "border-top" , "border-top" ] , [ q , "border-bottom" , "border-bottom" ] ] , I = [ [ q , "background-color" , "background-color" ] , [ q , "border-left" , "border-left" ] , [ q , "border-right" , "border-right" ] , [ q , "border-top" , "border-top" ] , [ q , "border-bottom" , "border-bottom" ] , [ q , "border" , "border" ] ] , K = [ [ l , "column-width" , "width" ] ] , L = [ [ l , "row-height" , "height" ] , [ q , "keep-together" , null ] ] , E = [ [ l , "width" , "width" ] , [ q , "margin-left" , "margin-left" ] , [ q , "margin-right" , "margin-right" ] , [ q , "margin-top" , "margin-top" ] , [ q , "margin-bottom" , "margin-bottom" ] ] ,
N = [ [ q , "background-color" , "background-color" ] , [ q , "padding" , "padding" ] , [ q , "padding-left" , "padding-left" ] , [ q , "padding-right" , "padding-right" ] , [ q , "padding-top" , "padding-top" ] , [ q , "padding-bottom" , "padding-bottom" ] , [ q , "border" , "border" ] , [ q , "border-left" , "border-left" ] , [ q , "border-right" , "border-right" ] , [ q , "border-top" , "border-top" ] , [ q , "border-bottom" , "border-bottom" ] , [ q , "margin" , "margin" ] , [ q , "margin-left" , "margin-left" ] , [ q , "margin-right" , "margin-right" ] , [ q , "margin-top" , "margin-top" ] , [ q , "margin-bottom" , "margin-bottom" ] ] ,
O = [ [ q , "page-width" , "width" ] , [ q , "page-height" , "height" ] ] , D = { border : ! 0 , "border-left" : ! 0 , "border-right" : ! 0 , "border-top" : ! 0 , "border-bottom" : ! 0 , "stroke-width" : ! 0 } , V = { margin : ! 0 , "margin-left" : ! 0 , "margin-right" : ! 0 , "margin-top" : ! 0 , "margin-bottom" : ! 0 } , W = { } , J = odf . OdfUtils , R , P , aa , S = xmldom . XPath , fa = new core . CSSUnits ; this . style2css = function ( a , c , b , d , e ) { function h ( a , c ) { m = "@namespace " + a + " url(" + c + ");" ; try { b . insertRule ( m , b . cssRules . length ) } catch ( d ) { } } var m , f , l ; for ( P = c ; b . cssRules . length ; ) b . deleteRule ( b . cssRules . length -
1 ) ; odf . Namespaces . forEachPrefix ( h ) ; h ( "webodfhelper" , "urn:webodf:names:helper" ) ; W = d ; R = a ; aa = runtime . getWindow ( ) . getComputedStyle ( document . body , null ) . getPropertyValue ( "font-size" ) || "12pt" ; for ( l in z ) if ( z . hasOwnProperty ( l ) ) for ( f in a = e [ l ] , a ) a . hasOwnProperty ( f ) && p ( b , l , f , a [ f ] ) } } ;
( function ( ) { function g ( k , d ) { var b = this ; this . getDistance = function ( d ) { var n = b . x - d . x ; d = b . y - d . y ; return Math . sqrt ( n * n + d * d ) } ; this . getCenter = function ( d ) { return new g ( ( b . x + d . x ) / 2 , ( b . y + d . y ) / 2 ) } ; b . x = k ; b . y = d } gui . ZoomHelper = function ( ) { function k ( a , b , d , e ) { a = e ? "translate3d(" + a + "px, " + b + "px, 0) scale3d(" + d + ", " + d + ", 1)" : "translate(" + a + "px, " + b + "px) scale(" + d + ")" ; c . style . WebkitTransform = a ; c . style . MozTransform = a ; c . style . msTransform = a ; c . style . OTransform = a ; c . style . transform = a } function d ( a ) { a ? k ( - m . x , - m . y , x , ! 0 ) : ( k ( 0 ,
0 , x , ! 0 ) , k ( 0 , 0 , x , ! 1 ) ) } function b ( a ) { if ( w && I ) { var c = w . style . overflow , b = w . classList . contains ( "webodf-customScrollbars" ) ; a && b || ! a && ! b || ( a ? ( w . classList . add ( "webodf-customScrollbars" ) , w . style . overflow = "hidden" , runtime . requestAnimationFrame ( function ( ) { w . style . overflow = c } ) ) : w . classList . remove ( "webodf-customScrollbars" ) ) } } function f ( ) { k ( - m . x , - m . y , x , ! 0 ) ; w . scrollLeft = 0 ; w . scrollTop = 0 ; K = v . style . overflow ; v . style . overflow = "visible" ; b ( ! 1 ) } function n ( ) { k ( 0 , 0 , x , ! 0 ) ; w . scrollLeft = m . x ; w . scrollTop = m . y ; v . style . overflow =
K || "" ; b ( ! 0 ) } function p ( a ) { return new g ( a . pageX - c . offsetLeft , a . pageY - c . offsetTop ) } function r ( a ) { if ( h ) { m . x -= a . x - h . x ; m . y -= a . y - h . y ; var b = m ; m = new g ( Math . min ( Math . max ( b . x , c . offsetLeft ) , ( c . offsetLeft + c . offsetWidth ) * x - w . clientWidth ) , Math . min ( Math . max ( b . y , c . offsetTop ) , ( c . offsetTop + c . offsetHeight ) * x - w . clientHeight ) ) } h = a } function q ( a ) { var c = a . touches . length , b = 0 < c ? p ( a . touches [ 0 ] ) : null ; a = 1 < c ? p ( a . touches [ 1 ] ) : null ; b && a ? ( y = b . getDistance ( a ) , z = x , h = b . getCenter ( a ) , f ( ) , A = t . PINCH ) : b && ( h = b , A = t . SCROLL ) } function e ( a ) { var b =
a . touches . length , e = 0 < b ? p ( a . touches [ 0 ] ) : null , b = 1 < b ? p ( a . touches [ 1 ] ) : null ; if ( e && b ) if ( a . preventDefault ( ) , A === t . SCROLL ) A = t . PINCH , f ( ) , y = e . getDistance ( b ) ; else { a = e . getCenter ( b ) ; e = e . getDistance ( b ) / y ; r ( a ) ; var b = x , h = Math . min ( 4 , c . offsetParent . clientWidth / c . offsetWidth ) ; x = z * e ; x = Math . min ( Math . max ( x , h ) , 4 ) ; e = x / b ; m . x += ( e - 1 ) * ( a . x + m . x ) ; m . y += ( e - 1 ) * ( a . y + m . y ) ; d ( ! 0 ) } else e && ( A === t . PINCH ? ( A = t . SCROLL , n ( ) ) : r ( e ) ) } function l ( ) { A === t . PINCH && ( u . emit ( gui . ZoomHelper . signalZoomChanged , x ) , n ( ) , d ( ! 1 ) ) ; A = t . NONE } function a ( ) { w && ( w . removeEventListener ( "touchstart" ,
q , ! 1 ) , w . removeEventListener ( "touchmove" , e , ! 1 ) , w . removeEventListener ( "touchend" , l , ! 1 ) ) } var c , m , h , y , x , z , w , v , u = new core . EventNotifier ( [ gui . ZoomHelper . signalZoomChanged ] ) , t = { NONE : 0 , SCROLL : 1 , PINCH : 2 } , A = t . NONE , I = runtime . getWindow ( ) . hasOwnProperty ( "ontouchstart" ) , K = "" ; this . subscribe = function ( a , c ) { u . subscribe ( a , c ) } ; this . unsubscribe = function ( a , c ) { u . unsubscribe ( a , c ) } ; this . getZoomLevel = function ( ) { return x } ; this . setZoomLevel = function ( a ) { c && ( x = a , d ( ! 1 ) , u . emit ( gui . ZoomHelper . signalZoomChanged , x ) ) } ; this . destroy =
function ( c ) { a ( ) ; b ( ! 1 ) ; c ( ) } ; this . setZoomableElement = function ( h ) { a ( ) ; c = h ; w = c . offsetParent ; v = c . parentNode ; d ( ! 1 ) ; w && ( w . addEventListener ( "touchstart" , q , ! 1 ) , w . addEventListener ( "touchmove" , e , ! 1 ) , w . addEventListener ( "touchend" , l , ! 1 ) ) ; b ( ! 0 ) } ; z = x = 1 ; m = new g ( 0 , 0 ) } ; gui . ZoomHelper . signalZoomChanged = "zoomChanged" } ) ( ) ; ops . Canvas = function ( ) { } ; ops . Canvas . prototype . getZoomLevel = function ( ) { } ; ops . Canvas . prototype . getElement = function ( ) { } ; ops . Canvas . prototype . getSizer = function ( ) { } ; ops . Canvas . prototype . getZoomHelper = function ( ) { } ;
( function ( ) { function g ( ) { function a ( d ) { b = ! 0 ; runtime . setTimeout ( function ( ) { try { d ( ) } catch ( e ) { runtime . log ( String ( e ) + "\n" + e . stack ) } b = ! 1 ; 0 < c . length && a ( c . pop ( ) ) } , 10 ) } var c = [ ] , b = ! 1 ; this . clearQueue = function ( ) { c . length = 0 } ; this . addToQueue = function ( d ) { if ( 0 === c . length && ! b ) return a ( d ) ; c . push ( d ) } } function k ( a ) { function c ( ) { for ( ; 0 < b . cssRules . length ; ) b . deleteRule ( 0 ) ; b . insertRule ( "#shadowContent draw|page {display:none;}" , 0 ) ; b . insertRule ( "office|presentation draw|page {display:none;}" , 1 ) ; b . insertRule ( "#shadowContent draw|page:nth-of-type(" +
d + ") {display:block;}" , 2 ) ; b . insertRule ( "office|presentation draw|page:nth-of-type(" + d + ") {display:block;}" , 3 ) } var b = a . sheet , d = 1 ; this . showFirstPage = function ( ) { d = 1 ; c ( ) } ; this . showNextPage = function ( ) { d += 1 ; c ( ) } ; this . showPreviousPage = function ( ) { 1 < d && ( -- d , c ( ) ) } ; this . showPage = function ( a ) { 0 < a && ( d = a , c ( ) ) } ; this . css = a ; this . destroy = function ( c ) { a . parentNode . removeChild ( a ) ; c ( ) } } function d ( a ) { a = a . sheet ; for ( var c = a . cssRules ; c . length ; ) a . deleteRule ( c . length - 1 ) } function b ( a , c , b ) { var d = new odf . Style2CSS , e = new odf . ListStyleToCss ;
b = b . sheet ; var h = ( new odf . StyleTree ( a . rootElement . styles , a . rootElement . automaticStyles ) ) . getStyleTree ( ) ; d . style2css ( a . getDocumentType ( ) , a . rootElement , b , c . getFontMap ( ) , h ) ; e . applyListStyles ( b , h , a . rootElement . body ) } function f ( a , c ) { ( new odf . FontLoader ) . loadFonts ( a , c . sheet ) } function n ( a , c , b ) { var d = null ; a = a . rootElement . body . getElementsByTagNameNS ( L , b + "-decl" ) ; b = c . getAttributeNS ( L , "use-" + b + "-name" ) ; var e ; if ( b && 0 < a . length ) for ( c = 0 ; c < a . length ; c += 1 ) if ( e = a [ c ] , e . getAttributeNS ( L , "name" ) === b ) { d = e . textContent ; break } return d }
function p ( a , c , b , d ) { var e = a . ownerDocument ; c = N . getElementsByTagNameNS ( a , c , b ) ; for ( a = 0 ; a < c . length ; a += 1 ) N . removeAllChildNodes ( c [ a ] ) , d && ( b = c [ a ] , b . appendChild ( e . createTextNode ( d ) ) ) } function r ( a , c , b ) { c . setAttributeNS ( "urn:webodf:names:helper" , "styleid" , a ) ; var d , e = c . getAttributeNS ( I , "anchor-type" ) , h = c . getAttributeNS ( t , "x" ) , m = c . getAttributeNS ( t , "y" ) , f = c . getAttributeNS ( t , "width" ) , l = c . getAttributeNS ( t , "height" ) , n = c . getAttributeNS ( w , "min-height" ) , g = c . getAttributeNS ( w , "min-width" ) ; if ( "as-char" === e ) d = "display: inline-block;" ;
else if ( e || h || m ) d = "position: absolute;" ; else if ( f || l || n || g ) d = "display: block;" ; h && ( d += "left: " + h + ";" ) ; m && ( d += "top: " + m + ";" ) ; f && ( d += "width: " + f + ";" ) ; l && ( d += "height: " + l + ";" ) ; n && ( d += "min-height: " + n + ";" ) ; g && ( d += "min-width: " + g + ";" ) ; d && ( d = "draw|" + c . localName + '[webodfhelper|styleid="' + a + '"] {' + d + "}" , b . insertRule ( d , b . cssRules . length ) ) } function q ( a ) { for ( a = a . firstChild ; a ; ) { if ( a . namespaceURI === v && "binary-data" === a . localName ) return "data:image/png;base64," + a . textContent . replace ( /[\r\n\s]/g , "" ) ; a = a . nextSibling } return "" }
function e ( a , c , b , d ) { function e ( c ) { c && ( c = 'draw|image[webodfhelper|styleid="' + a + '"] {' + ( "background-image: url(" + c + ");" ) + "}" , d . insertRule ( c , d . cssRules . length ) ) } function h ( a ) { e ( a . url ) } b . setAttributeNS ( "urn:webodf:names:helper" , "styleid" , a ) ; var m = b . getAttributeNS ( K , "href" ) , f ; if ( m ) try { f = c . getPart ( m ) , f . onchange = h , f . load ( ) } catch ( l ) { runtime . log ( "slight problem: " + String ( l ) ) } else m = q ( b ) , e ( m ) } function l ( a ) { var c = a . ownerDocument ; N . getElementsByTagNameNS ( a , I , "line-break" ) . forEach ( function ( a ) { a . hasChildNodes ( ) ||
a . appendChild ( c . createElement ( "br" ) ) } ) } function a ( a ) { var c = a . ownerDocument ; N . getElementsByTagNameNS ( a , I , "s" ) . forEach ( function ( a ) { var b , d ; N . removeAllChildNodes ( a ) ; a . appendChild ( c . createTextNode ( " " ) ) ; d = parseInt ( a . getAttributeNS ( I , "c" ) , 10 ) ; if ( 1 < d ) for ( a . removeAttributeNS ( I , "c" ) , b = 1 ; b < d ; b += 1 ) a . parentNode . insertBefore ( a . cloneNode ( ! 0 ) , a ) } ) } function c ( a ) { N . getElementsByTagNameNS ( a , I , "tab" ) . forEach ( function ( a ) { a . textContent = "\t" } ) } function m ( a , c ) { function b ( a , d ) { var m = f . documentElement . namespaceURI ; "video/" ===
d . substr ( 0 , 6 ) ? ( e = f . createElementNS ( m , "video" ) , e . setAttribute ( "controls" , "controls" ) , h = f . createElementNS ( m , "source" ) , a && h . setAttribute ( "src" , a ) , h . setAttribute ( "type" , d ) , e . appendChild ( h ) , c . parentNode . appendChild ( e ) ) : c . innerHtml = "Unrecognised Plugin" } function d ( a ) { b ( a . url , a . mimetype ) } var e , h , m , f = c . ownerDocument , l ; if ( m = c . getAttributeNS ( K , "href" ) ) try { l = a . getPart ( m ) , l . onchange = d , l . load ( ) } catch ( n ) { runtime . log ( "slight problem: " + String ( n ) ) } else runtime . log ( "using MP4 data fallback" ) , m = q ( c ) , b ( m , "video/mp4" ) }
function h ( a ) { var c = a . getElementsByTagName ( "head" ) [ 0 ] , b , d ; b = a . styleSheets . length ; for ( d = c . firstElementChild ; d && ( "style" !== d . localName || ! d . hasAttribute ( "webodfcss" ) ) ; ) d = d . nextElementSibling ; if ( d ) return b = parseInt ( d . getAttribute ( "webodfcss" ) , 10 ) , d . setAttribute ( "webodfcss" , b + 1 ) , d ; "string" === String ( typeof webodf _css ) ? b = webodf _css : ( d = "webodf.css" , runtime . currentDirectory && ( d = runtime . currentDirectory ( ) , 0 < d . length && "/" !== d . substr ( - 1 ) && ( d += "/" ) , d += "../webodf.css" ) , b = runtime . readFileSync ( d , "utf-8" ) ) ; d = a . createElementNS ( c . namespaceURI ,
"style" ) ; d . setAttribute ( "media" , "screen, print, handheld, projection" ) ; d . setAttribute ( "type" , "text/css" ) ; d . setAttribute ( "webodfcss" , "1" ) ; d . appendChild ( a . createTextNode ( b ) ) ; c . appendChild ( d ) ; return d } function y ( a ) { var c = parseInt ( a . getAttribute ( "webodfcss" ) , 10 ) ; 1 === c ? a . parentNode . removeChild ( a ) : a . setAttribute ( "count" , c - 1 ) } function x ( a ) { var c = a . getElementsByTagName ( "head" ) [ 0 ] , b = a . createElementNS ( c . namespaceURI , "style" ) , d = "" ; b . setAttribute ( "type" , "text/css" ) ; b . setAttribute ( "media" , "screen, print, handheld, projection" ) ;
odf . Namespaces . forEachPrefix ( function ( a , c ) { d += "@namespace " + a + " url(" + c + ");\n" } ) ; d += "@namespace webodfhelper url(urn:webodf:names:helper);\n" ; b . appendChild ( a . createTextNode ( d ) ) ; c . appendChild ( b ) ; return b } var z = odf . Namespaces . drawns , w = odf . Namespaces . fons , v = odf . Namespaces . officens , u = odf . Namespaces . stylens , t = odf . Namespaces . svgns , A = odf . Namespaces . tablens , I = odf . Namespaces . textns , K = odf . Namespaces . xlinkns , L = odf . Namespaces . presentationns , E = xmldom . XPath , N = core . DomUtils ; odf . OdfCanvas = function ( q , D ) { function t ( a ,
c , b ) { function d ( a , c , b , h ) { na . addToQueue ( function ( ) { e ( a , c , b , h ) } ) } var h , m ; h = c . getElementsByTagNameNS ( z , "image" ) ; for ( c = 0 ; c < h . length ; c += 1 ) m = h . item ( c ) , d ( "image" + String ( c ) , a , m , b ) } function W ( a , c ) { function b ( a , c ) { na . addToQueue ( function ( ) { m ( a , c ) } ) } var d , e , h ; e = c . getElementsByTagNameNS ( z , "plugin" ) ; for ( d = 0 ; d < e . length ; d += 1 ) h = e . item ( d ) , b ( a , h ) } function w ( ) { var a ; a = U . firstChild ; var c = ea . getZoomLevel ( ) ; a && ( U . style . WebkitTransformOrigin = "0% 0%" , U . style . MozTransformOrigin = "0% 0%" , U . style . msTransformOrigin = "0% 0%" , U . style . OTransformOrigin =
"0% 0%" , U . style . transformOrigin = "0% 0%" , M && ( ( a = M . getMinimumHeightForAnnotationPane ( ) ) ? U . style . minHeight = a : U . style . removeProperty ( "min-height" ) ) , q . style . width = Math . round ( c * U . offsetWidth ) + "px" , q . style . height = Math . round ( c * U . offsetHeight ) + "px" , q . style . display = "inline-block" ) } function K ( b , d ) { var e = ca . sheet ; N . removeAllChildNodes ( q ) ; U = ha . createElementNS ( q . namespaceURI , "div" ) ; U . style . display = "inline-block" ; U . style . background = "white" ; U . style . setProperty ( "float" , "left" , "important" ) ; U . appendChild ( d ) ; q . appendChild ( U ) ;
ga = ha . createElementNS ( q . namespaceURI , "div" ) ; ga . id = "annotationsPane" ; X = ha . createElementNS ( q . namespaceURI , "div" ) ; X . id = "shadowContent" ; X . style . position = "absolute" ; X . style . top = 0 ; X . style . left = 0 ; b . getContentElement ( ) . appendChild ( X ) ; var h = d . body , m , f = [ ] , g ; for ( m = h . firstElementChild ; m && m !== h ; ) if ( m . namespaceURI === z && ( f [ f . length ] = m ) , m . firstElementChild ) m = m . firstElementChild ; else { for ( ; m && m !== h && ! m . nextElementSibling ; ) m = m . parentNode ; m && m . nextElementSibling && ( m = m . nextElementSibling ) } for ( g = 0 ; g < f . length ; g += 1 ) m = f [ g ] ,
r ( "frame" + String ( g ) , m , e ) ; f = E . getODFElementsWithXPath ( h , ".//*[*[@text:anchor-type='paragraph']]" , odf . Namespaces . lookupNamespaceURI ) ; for ( m = 0 ; m < f . length ; m += 1 ) h = f [ m ] , h . setAttributeNS && h . setAttributeNS ( "urn:webodf:names:helper" , "containsparagraphanchor" , ! 0 ) ; h = Z ; m = X ; var k , D , y , x , w = 0 , J ; g = b . rootElement . ownerDocument ; if ( ( f = d . body . firstElementChild ) && f . namespaceURI === v && ( "presentation" === f . localName || "drawing" === f . localName ) ) for ( f = f . firstElementChild ; f ; ) { if ( k = ( k = f . getAttributeNS ( z , "master-page-name" ) ) ? h . getMasterPageElement ( k ) :
null ) { D = f . getAttributeNS ( "urn:webodf:names:helper" , "styleid" ) ; y = g . createElementNS ( z , "draw:page" ) ; J = k . firstElementChild ; for ( w = 0 ; J ; ) "true" !== J . getAttributeNS ( L , "placeholder" ) && ( x = J . cloneNode ( ! 0 ) , y . appendChild ( x ) ) , J = J . nextElementSibling , w += 1 ; J = x = w = void 0 ; for ( var B = N . getElementsByTagNameNS ( y , z , "frame" ) , w = 0 ; w < B . length ; w += 1 ) x = B [ w ] , ( J = x . getAttributeNS ( L , "class" ) ) && ! /^(date-time|footer|header|page-number)$/ . test ( J ) && x . parentNode . removeChild ( x ) ; x = N . getElementsByTagNameNS ( y , z , "*" ) ; for ( w = 0 ; w < x . length ; w += 1 ) r ( D +
"_" + w , x [ w ] , e ) ; m . appendChild ( y ) ; w = String ( m . getElementsByTagNameNS ( z , "page" ) . length ) ; p ( y , I , "page-number" , w ) ; p ( y , L , "header" , n ( b , f , "header" ) ) ; p ( y , L , "footer" , n ( b , f , "footer" ) ) ; r ( D , y , e ) ; y . setAttributeNS ( "urn:webodf:names:helper" , "page-style-name" , f . getAttributeNS ( z , "style-name" ) ) ; y . setAttributeNS ( z , "draw:master-page-name" , k . getAttributeNS ( u , "name" ) ) } f = f . nextElementSibling } h = q . namespaceURI ; f = N . getElementsByTagNameNS ( d . body , A , "table-cell" ) ; for ( m = 0 ; m < f . length ; m += 1 ) g = f [ m ] , g . hasAttributeNS ( A , "number-columns-spanned" ) &&
g . setAttributeNS ( h , "colspan" , g . getAttributeNS ( A , "number-columns-spanned" ) ) , g . hasAttributeNS ( A , "number-rows-spanned" ) && g . setAttributeNS ( h , "rowspan" , g . getAttributeNS ( A , "number-rows-spanned" ) ) ; l ( d . body ) ; a ( d . body ) ; c ( d . body ) ; t ( b , d . body , e ) ; W ( b , d . body ) ; U . insertBefore ( X , U . firstChild ) ; ea . setZoomableElement ( U ) } function P ( a ) { B ? ( ga . parentNode || U . appendChild ( ga ) , M && M . forgetAnnotations ( ) , M = new gui . AnnotationViewManager ( fa , a . body , ga , Y ) , a = N . getElementsByTagNameNS ( a . body , v , "annotation" ) , M . addAnnotations ( a ) , w ( ) ) : ga . parentNode &&
( U . removeChild ( ga ) , M . forgetAnnotations ( ) , w ( ) ) } function aa ( a ) { function c ( ) { d ( F ) ; d ( ja ) ; d ( ca ) ; N . removeAllChildNodes ( q ) ; q . style . display = "inline-block" ; var e = C . rootElement ; q . ownerDocument . importNode ( e , ! 0 ) ; Z . setOdfContainer ( C ) ; f ( C , F ) ; b ( C , Z , ja ) ; K ( C , e ) ; P ( e ) ; a || na . addToQueue ( function ( ) { var a = [ C ] ; if ( da . hasOwnProperty ( "statereadychange" ) ) { var c = da . statereadychange , b ; for ( b = 0 ; b < c . length ; b += 1 ) c [ b ] . apply ( null , a ) } } ) } C . state === odf . OdfContainer . DONE ? c ( ) : ( runtime . log ( "WARNING: refreshOdf called but ODF was not DONE." ) ,
qa = runtime . setTimeout ( function T ( ) { C . state === odf . OdfContainer . DONE ? c ( ) : ( runtime . log ( "will be back later..." ) , qa = runtime . setTimeout ( T , 500 ) ) } , 100 ) ) } function S ( a ) { na . clearQueue ( ) ; N . removeAllChildNodes ( q ) ; q . appendChild ( q . ownerDocument . createTextNode ( runtime . tr ( "Loading" ) + a + "..." ) ) ; q . removeAttribute ( "style" ) ; C = new odf . OdfContainer ( a , function ( a ) { C = a ; aa ( ! 1 ) } ) } runtime . assert ( null !== q && void 0 !== q , "odf.OdfCanvas constructor needs DOM element" ) ; runtime . assert ( null !== q . ownerDocument && void 0 !== q . ownerDocument ,
"odf.OdfCanvas constructor needs DOM" ) ; var fa = this , ha = q . ownerDocument , C , Z = new odf . Formatting , ba , U = null , ga = null , B = ! 1 , Y = ! 1 , M = null , Q , F , ja , ca , X , da = { } , qa , la , ia = ! 1 , ma = ! 1 , na = new g , ea = new gui . ZoomHelper , ka = D || new gui . SingleScrollViewport ( q . parentNode ) ; this . refreshCSS = function ( ) { ia = ! 0 ; la . trigger ( ) } ; this . refreshSize = function ( ) { la . trigger ( ) } ; this . odfContainer = function ( ) { return C } ; this . setOdfContainer = function ( a , c ) { C = a ; aa ( ! 0 === c ) } ; this . load = this . load = S ; this . save = function ( a ) { C . save ( a ) } ; this . addListener = function ( a ,
c ) { switch ( a ) { case "click" : var b = a ; q . addEventListener ? q . addEventListener ( b , c , ! 1 ) : q . attachEvent ? q . attachEvent ( "on" + b , c ) : q [ "on" + b ] = c ; break ; default : b = da . hasOwnProperty ( a ) ? da [ a ] : da [ a ] = [ ] , c && - 1 === b . indexOf ( c ) && b . push ( c ) } } ; this . getFormatting = function ( ) { return Z } ; this . getAnnotationViewManager = function ( ) { return M } ; this . refreshAnnotations = function ( ) { P ( C . rootElement ) } ; this . rerenderAnnotations = function ( ) { M && ( ma = ! 0 , la . trigger ( ) ) } ; this . getSizer = function ( ) { return U } ; this . enableAnnotations = function ( a , c ) { a !== B && ( B =
a , Y = c , C && P ( C . rootElement ) ) } ; this . addAnnotation = function ( a ) { M && ( M . addAnnotations ( [ a ] ) , w ( ) ) } ; this . forgetAnnotation = function ( a ) { M && ( M . forgetAnnotation ( a ) , w ( ) ) } ; this . getZoomHelper = function ( ) { return ea } ; this . setZoomLevel = function ( a ) { ea . setZoomLevel ( a ) } ; this . getZoomLevel = function ( ) { return ea . getZoomLevel ( ) } ; this . fitToContainingElement = function ( a , c ) { var b = ea . getZoomLevel ( ) , d = q . offsetHeight / b , b = a / ( q . offsetWidth / b ) ; c / d < b && ( b = c / d ) ; ea . setZoomLevel ( b ) } ; this . fitToWidth = function ( a ) { var c = q . offsetWidth / ea . getZoomLevel ( ) ;
ea . setZoomLevel ( a / c ) } ; this . fitSmart = function ( a , c ) { var b , d ; d = ea . getZoomLevel ( ) ; b = q . offsetWidth / d ; d = q . offsetHeight / d ; b = a / b ; void 0 !== c && c / d < b && ( b = c / d ) ; ea . setZoomLevel ( Math . min ( 1 , b ) ) } ; this . fitToHeight = function ( a ) { var c = q . offsetHeight / ea . getZoomLevel ( ) ; ea . setZoomLevel ( a / c ) } ; this . showFirstPage = function ( ) { ba . showFirstPage ( ) } ; this . showNextPage = function ( ) { ba . showNextPage ( ) } ; this . showPreviousPage = function ( ) { ba . showPreviousPage ( ) } ; this . showPage = function ( a ) { ba . showPage ( a ) ; w ( ) } ; this . getElement = function ( ) { return q } ;
this . getViewport = function ( ) { return ka } ; this . addCssForFrameWithImage = function ( a ) { var c = a . getAttributeNS ( z , "name" ) , b = a . firstElementChild ; r ( c , a , ca . sheet ) ; b && e ( c + "img" , C , b , ca . sheet ) } ; this . destroy = function ( a ) { var c = ha . getElementsByTagName ( "head" ) [ 0 ] , b = [ ba . destroy , la . destroy ] ; runtime . clearTimeout ( qa ) ; ga && ga . parentNode && ga . parentNode . removeChild ( ga ) ; ea . destroy ( function ( ) { U && ( q . removeChild ( U ) , U = null ) } ) ; y ( Q ) ; c . removeChild ( F ) ; c . removeChild ( ja ) ; c . removeChild ( ca ) ; core . Async . destroyAll ( b , a ) } ; Q = h ( ha ) ; ba = new k ( x ( ha ) ) ;
F = x ( ha ) ; ja = x ( ha ) ; ca = x ( ha ) ; la = core . Task . createRedrawTask ( function ( ) { ia && ( b ( C , Z , ja ) , ia = ! 1 ) ; ma && ( M && M . rerenderAnnotations ( ) , ma = ! 1 ) ; w ( ) } ) ; ea . subscribe ( gui . ZoomHelper . signalZoomChanged , w ) } } ) ( ) ;
odf . StepUtils = function ( ) { this . getContentBounds = function ( g ) { var k = g . container ( ) , d , b ; runtime . assert ( g . isStep ( ) , "Step iterator must be on a step" ) ; k . nodeType === Node . TEXT _NODE && 0 < g . offset ( ) ? d = g . offset ( ) : ( k = g . leftNode ( ) ) && k . nodeType === Node . TEXT _NODE && ( d = k . length ) ; k && ( k . nodeType === Node . TEXT _NODE ? ( runtime . assert ( 0 < d , "Empty text node found" ) , b = { container : k , startOffset : d - 1 , endOffset : d } ) : b = { container : k , startOffset : 0 , endOffset : k . childNodes . length } ) ; return b } } ; ops . MemberProperties = function ( ) { } ;
ops . Member = function ( g , k ) { var d = new ops . MemberProperties ; this . getMemberId = function ( ) { return g } ; this . getProperties = function ( ) { return d } ; this . setProperties = function ( b ) { Object . keys ( b ) . forEach ( function ( f ) { d [ f ] = b [ f ] } ) } ; this . removeProperties = function ( b ) { Object . keys ( b ) . forEach ( function ( b ) { "fullName" !== b && "color" !== b && "imageUrl" !== b && d . hasOwnProperty ( b ) && delete d [ b ] } ) } ; runtime . assert ( Boolean ( g ) , "No memberId was supplied!" ) ; k . fullName || ( k . fullName = runtime . tr ( "Unknown Author" ) ) ; k . color || ( k . color = "black" ) ; k . imageUrl ||
( k . imageUrl = "avatar-joe.png" ) ; d = k } ; ops . Document = function ( ) { } ; ops . Document . prototype . getMemberIds = function ( ) { } ; ops . Document . prototype . removeCursor = function ( g ) { } ; ops . Document . prototype . getDocumentElement = function ( ) { } ; ops . Document . prototype . getRootNode = function ( ) { } ; ops . Document . prototype . getDOMDocument = function ( ) { } ; ops . Document . prototype . cloneDocumentElement = function ( ) { } ; ops . Document . prototype . setDocumentElement = function ( g ) { } ; ops . Document . prototype . subscribe = function ( g , k ) { } ;
ops . Document . prototype . unsubscribe = function ( g , k ) { } ; ops . Document . prototype . getCanvas = function ( ) { } ; ops . Document . prototype . createRootFilter = function ( g ) { } ; ops . Document . prototype . createPositionIterator = function ( g ) { } ; ops . Document . prototype . hasCursor = function ( g ) { } ; ops . Document . signalCursorAdded = "cursor/added" ; ops . Document . signalCursorRemoved = "cursor/removed" ; ops . Document . signalCursorMoved = "cursor/moved" ; ops . Document . signalMemberAdded = "member/added" ; ops . Document . signalMemberUpdated = "member/updated" ;
ops . Document . signalMemberRemoved = "member/removed" ;
ops . OdtCursor = function ( g , k ) { var d = this , b = { } , f , n , p = new core . EventNotifier ( [ ops . OdtCursor . signalCursorUpdated ] ) ; this . removeFromDocument = function ( ) { n . remove ( ) } ; this . subscribe = function ( b , d ) { p . subscribe ( b , d ) } ; this . unsubscribe = function ( b , d ) { p . unsubscribe ( b , d ) } ; this . getMemberId = function ( ) { return g } ; this . getNode = function ( ) { return n . getNode ( ) } ; this . getAnchorNode = function ( ) { return n . getAnchorNode ( ) } ; this . getSelectedRange = function ( ) { return n . getSelectedRange ( ) } ; this . setSelectedRange = function ( b , f ) { n . setSelectedRange ( b ,
f ) ; p . emit ( ops . OdtCursor . signalCursorUpdated , d ) } ; this . hasForwardSelection = function ( ) { return n . hasForwardSelection ( ) } ; this . getDocument = function ( ) { return k } ; this . getSelectionType = function ( ) { return f } ; this . setSelectionType = function ( d ) { b . hasOwnProperty ( d ) ? f = d : runtime . log ( "Invalid selection type: " + d ) } ; this . resetSelectionType = function ( ) { d . setSelectionType ( ops . OdtCursor . RangeSelection ) } ; n = new core . Cursor ( k . getDOMDocument ( ) , g ) ; b [ ops . OdtCursor . RangeSelection ] = ! 0 ; b [ ops . OdtCursor . RegionSelection ] = ! 0 ; d . resetSelectionType ( ) } ;
ops . OdtCursor . RangeSelection = "Range" ; ops . OdtCursor . RegionSelection = "Region" ; ops . OdtCursor . signalCursorUpdated = "cursorUpdated" ;
( function ( ) { var g = 0 ; ops . StepsCache = function ( k , d , b ) { function f ( a , c ) { var d = this ; this . nodeId = a ; this . steps = - 1 ; this . node = c ; this . previousBookmark = this . nextBookmark = null ; this . setIteratorPosition = function ( a ) { a . setPositionBeforeElement ( c ) ; b ( d . steps , a ) } } function n ( a , c , d ) { var e = this ; this . nodeId = a ; this . steps = c ; this . node = d ; this . previousBookmark = this . nextBookmark = null ; this . setIteratorPosition = function ( a ) { a . setUnfilteredPosition ( d , 0 ) ; b ( e . steps , a ) } } function p ( a , c ) { var b = "[" + a . nodeId ; c && ( b += " => " + c . nodeId ) ; return b +
"]" } function r ( ) { if ( ! 0 === ops . StepsCache . ENABLE _CACHE _VERIFICATION ) { for ( var a = x , c , b , d , e = new core . LoopWatchDog ( 0 , 1E5 ) , h = { } ; a ; ) { e . check ( ) ; ( c = a . previousBookmark ) ? runtime . assert ( c . nextBookmark === a , "Broken bookmark link to previous @" + p ( c , a ) ) : ( runtime . assert ( a === x , "Broken bookmark link @" + p ( a ) ) , runtime . assert ( void 0 === z || x === x || x . steps <= z , "Base point is damaged @" + p ( a ) ) ) ; ( b = a . nextBookmark ) && runtime . assert ( b . previousBookmark === a , "Broken bookmark link to next @" + p ( a , b ) ) ; if ( void 0 === z || a === x || a . steps <= z ) runtime . assert ( y . containsNode ( k ,
a . node ) , "Disconnected node is being reported as undamaged @" + p ( a ) ) , c && ( d = a . node . compareDocumentPosition ( c . node ) , runtime . assert ( 0 === d || 0 !== ( d & v ) , "Bookmark order with previous does not reflect DOM order @" + p ( c , a ) ) ) , b && y . containsNode ( k , b . node ) && ( d = a . node . compareDocumentPosition ( b . node ) , runtime . assert ( 0 === d || 0 !== ( d & w ) , "Bookmark order with next does not reflect DOM order @" + p ( a , b ) ) ) ; a = a . nextBookmark } Object . keys ( m ) . forEach ( function ( a ) { var c = m [ a ] ; ( void 0 === z || a <= z ) && runtime . assert ( c . steps <= a , "Bookmark step of " +
c . steps + " exceeds cached step lookup for " + a + " @" + p ( c ) ) ; runtime . assert ( ! 1 === h . hasOwnProperty ( c . nodeId ) , "Bookmark " + p ( c ) + " appears twice in cached step lookup at steps " + h [ c . nodeId ] + " and " + a ) ; h [ c . nodeId ] = a } ) } } function q ( a ) { var c = "" ; a . nodeType === Node . ELEMENT _NODE && ( c = a . getAttributeNS ( "urn:webodf:names:steps" , "nodeId" ) || "" ) ; return c } function e ( a ) { var c = g . toString ( ) ; a . setAttributeNS ( "urn:webodf:names:steps" , "nodeId" , c ) ; g += 1 ; return c } function l ( a ) { var c , b , e = new core . LoopWatchDog ( 0 , 1E4 ) ; void 0 !== z && a >
z && ( a = z ) ; for ( c = Math . floor ( a / d ) * d ; ! b && 0 <= c ; ) b = m [ c ] , c -= d ; for ( b = b || x ; b . nextBookmark && b . nextBookmark . steps <= a ; ) e . check ( ) , b = b . nextBookmark ; runtime . assert ( - 1 === a || b . steps <= a , "Bookmark @" + p ( b ) + " at step " + b . steps + " exceeds requested step of " + a ) ; return b } function a ( a ) { a . previousBookmark && ( a . previousBookmark . nextBookmark = a . nextBookmark ) ; a . nextBookmark && ( a . nextBookmark . previousBookmark = a . previousBookmark ) } function c ( a ) { for ( var c , b = null ; ! b && a && a !== k ; ) ( c = q ( a ) ) && ( b = h [ c ] ) && b . node !== a && ( runtime . log ( "Cloned node detected. Creating new bookmark" ) ,
b = null , a . removeAttributeNS ( "urn:webodf:names:steps" , "nodeId" ) ) , a = a . parentNode ; return b } var m = { } , h = { } , y = core . DomUtils , x , z , w = Node . DOCUMENT _POSITION _FOLLOWING , v = Node . DOCUMENT _POSITION _PRECEDING ; this . updateBookmark = function ( c , b ) { var g , n = Math . ceil ( c / d ) * d , p , v , E ; if ( void 0 !== z && z < c ) { p = l ( z ) ; for ( v = p . nextBookmark ; v && v . steps <= c ; ) g = v . nextBookmark , E = Math . ceil ( v . steps / d ) * d , m [ E ] === v && delete m [ E ] , y . containsNode ( k , v . node ) ? v . steps = c + 1 : ( a ( v ) , delete h [ v . nodeId ] ) , v = g ; z = c } else p = l ( c ) ; v = q ( b ) || e ( b ) ; g = h [ v ] ; g ? g . node !== b && ( runtime . log ( "Cloned node detected. Creating new bookmark" ) ,
v = e ( b ) , g = h [ v ] = new f ( v , b ) ) : g = h [ v ] = new f ( v , b ) ; v = g ; v . steps !== c && ( g = Math . ceil ( v . steps / d ) * d , g !== n && m [ g ] === v && delete m [ g ] , v . steps = c ) ; if ( p !== v && p . nextBookmark !== v ) { if ( p . steps === v . steps ) for ( ; 0 !== ( v . node . compareDocumentPosition ( p . node ) & w ) && p !== x ; ) p = p . previousBookmark ; p !== v && p . nextBookmark !== v && ( a ( v ) , g = p . nextBookmark , v . nextBookmark = p . nextBookmark , v . previousBookmark = p , p . nextBookmark = v , g && ( g . previousBookmark = v ) ) } p = m [ n ] ; if ( ! p || v . steps > p . steps ) m [ n ] = v ; r ( ) } ; this . setToClosestStep = function ( a , c ) { var b ; r ( ) ; b = l ( a ) ; b . setIteratorPosition ( c ) ;
return b . steps } ; this . setToClosestDomPoint = function ( a , b , d ) { var e , h ; r ( ) ; if ( a === k && 0 === b ) e = x ; else if ( a === k && b === k . childNodes . length ) for ( h in e = x , m ) m . hasOwnProperty ( h ) && ( a = m [ h ] , a . steps > e . steps && ( e = a ) ) ; else if ( e = c ( a . childNodes . item ( b ) || a ) , ! e ) for ( d . setUnfilteredPosition ( a , b ) ; ! e && d . previousNode ( ) ; ) e = c ( d . getCurrentNode ( ) ) ; e = e || x ; void 0 !== z && e . steps > z && ( e = l ( z ) ) ; e . setIteratorPosition ( d ) ; return e . steps } ; this . damageCacheAfterStep = function ( a ) { 0 > a && ( a = - 1 ) ; void 0 === z ? z = a : a < z && ( z = a ) ; r ( ) } ; ( function ( ) { var a = q ( k ) ||
e ( k ) ; x = new n ( a , 0 , k ) } ) ( ) } ; ops . StepsCache . ENABLE _CACHE _VERIFICATION = ! 1 ; ops . StepsCache . Bookmark = function ( ) { } ; ops . StepsCache . Bookmark . prototype . setIteratorPosition = function ( g ) { } } ) ( ) ;
( function ( ) { ops . OdtStepsTranslator = function ( g , k , d , b ) { function f ( a , b , d ) { var e = b . getCurrentNode ( ) ; b . isBeforeNode ( ) && r . isParagraph ( e ) && ( d || ( a += 1 ) , p . updateBookmark ( a , e ) ) } function n ( c , b ) { if ( ! b || d . acceptPosition ( c ) === e ) return ! 0 ; for ( ; c . previousPosition ( ) ; ) if ( d . acceptPosition ( c ) === e ) { if ( b ( l , c . container ( ) , c . unfilteredDomOffset ( ) ) ) return ! 0 ; break } for ( ; c . nextPosition ( ) ; ) if ( d . acceptPosition ( c ) === e ) { if ( b ( a , c . container ( ) , c . unfilteredDomOffset ( ) ) ) return ! 0 ; break } return ! 1 } var p , r = odf . OdfUtils , q = core . DomUtils , e = core . PositionFilter . FilterResult . FILTER _ACCEPT ,
l = core . StepDirection . PREVIOUS , a = core . StepDirection . NEXT ; this . convertStepsToDomPoint = function ( a ) { var b , h ; if ( isNaN ( a ) ) throw new TypeError ( "Requested steps is not numeric (" + a + ")" ) ; if ( 0 > a ) throw new RangeError ( "Requested steps is negative (" + a + ")" ) ; for ( b = p . setToClosestStep ( a , k ) ; b < a && k . nextPosition ( ) ; ) ( h = d . acceptPosition ( k ) === e ) && ( b += 1 ) , f ( b , k , h ) ; if ( b !== a ) throw new RangeError ( "Requested steps (" + a + ") exceeds available steps (" + b + ")" ) ; return { node : k . container ( ) , offset : k . unfilteredDomOffset ( ) } } ; this . convertDomPointToSteps =
function ( a , b , h ) { var l ; q . containsNode ( g , a ) || ( b = 0 > q . comparePoints ( g , 0 , a , b ) , a = g , b = b ? 0 : g . childNodes . length ) ; k . setUnfilteredPosition ( a , b ) ; n ( k , h ) || k . setUnfilteredPosition ( a , b ) ; h = k . container ( ) ; b = k . unfilteredDomOffset ( ) ; a = p . setToClosestDomPoint ( h , b , k ) ; if ( 0 > q . comparePoints ( k . container ( ) , k . unfilteredDomOffset ( ) , h , b ) ) return 0 < a ? a - 1 : a ; for ( ; ( k . container ( ) !== h || k . unfilteredDomOffset ( ) !== b ) && k . nextPosition ( ) ; ) ( l = d . acceptPosition ( k ) === e ) && ( a += 1 ) , f ( a , k , l ) ; return a + 0 } ; this . prime = function ( ) { var a , b ; for ( a = p . setToClosestStep ( 0 ,
k ) ; k . nextPosition ( ) ; ) ( b = d . acceptPosition ( k ) === e ) && ( a += 1 ) , f ( a , k , b ) } ; this . handleStepsInserted = function ( a ) { p . damageCacheAfterStep ( a . position ) } ; this . handleStepsRemoved = function ( a ) { p . damageCacheAfterStep ( a . position - 1 ) } ; p = new ops . StepsCache ( g , b , function ( a , b ) { do { if ( d . acceptPosition ( b ) === e ) { f ( a , b , ! 0 ) ; break } f ( a - 1 , b , ! 1 ) } while ( b . nextPosition ( ) ) } ) } } ) ( ) ; ops . Operation = function ( ) { } ; ops . Operation . prototype . init = function ( g ) { } ; ops . Operation . prototype . execute = function ( g ) { } ; ops . Operation . prototype . spec = function ( ) { } ;
ops . TextPositionFilter = function ( ) { function g ( b , d ) { for ( ; b && d ( b ) !== n ; ) b = b . previousSibling ; return b } function k ( b , f , e , l ) { var a ; if ( f ) { if ( d . isInlineRoot ( f ) && d . isGroupingElement ( e ) ) return p ; l = d . lookLeftForCharacter ( f ) ; if ( 1 === l || 2 === l && ( d . scanRightForAnyCharacter ( e ) || d . scanRightForAnyCharacter ( d . nextNode ( b ) ) ) ) return n } else if ( d . isGroupingElement ( b ) && d . isInlineRoot ( g ( b . previousSibling , l ) ) ) return n ; l = null === f && d . isParagraph ( b ) ; a = d . lookRightForCharacter ( e ) ; if ( l ) return a ? n : d . scanRightForAnyCharacter ( e ) ? p : n ; if ( ! a ) return p ;
f = f || d . previousNode ( b ) ; return d . scanLeftForAnyCharacter ( f ) ? p : n } var d = odf . OdfUtils , b = Node . ELEMENT _NODE , f = Node . TEXT _NODE , n = core . PositionFilter . FilterResult . FILTER _ACCEPT , p = core . PositionFilter . FilterResult . FILTER _REJECT ; this . acceptPosition = function ( g ) { var q = g . container ( ) , e = q . nodeType , l , a , c ; if ( e !== b && e !== f ) return p ; if ( e === f ) { e = g . unfilteredDomOffset ( ) ; l = q . data ; runtime . assert ( e !== l . length , "Unexpected offset." ) ; if ( 0 < e ) { g = l [ e - 1 ] ; if ( ! d . isODFWhitespace ( g ) ) return n ; if ( 1 < e ) if ( g = l [ e - 2 ] , ! d . isODFWhitespace ( g ) ) c =
n ; else { if ( ! d . isODFWhitespace ( l . substr ( 0 , e ) ) ) return p } else a = d . previousNode ( q ) , d . scanLeftForNonSpace ( a ) && ( c = n ) ; if ( c === n ) return d . isTrailingWhitespace ( q , e ) ? p : n ; g = l [ e ] ; return d . isODFWhitespace ( g ) ? p : d . scanLeftForAnyCharacter ( d . previousNode ( q ) ) ? p : n } a = g . leftNode ( ) ; c = q ; q = q . parentNode ; c = k ( q , a , c , g . getNodeFilter ( ) ) } else d . isGroupingElement ( q ) ? ( a = g . leftNode ( ) , c = g . rightNode ( ) , c = k ( q , a , c , g . getNodeFilter ( ) ) ) : c = p ; return c } } ;
function RootFilter ( g , k , d ) { var b = core . PositionFilter . FilterResult . FILTER _ACCEPT , f = core . PositionFilter . FilterResult . FILTER _REJECT ; this . acceptPosition = function ( n ) { n = n . container ( ) ; var p ; p = "string" === typeof g ? k [ g ] . getNode ( ) : g ; return d ( n ) === d ( p ) ? b : f } }
ops . OdtDocument = function ( g ) { function k ( a ) { return new core . PositionIterator ( a , A , L , ! 1 ) } function d ( ) { var a = g . odfContainer ( ) . getContentElement ( ) , c = a && a . localName ; runtime . assert ( "text" === c , "Unsupported content element type '" + c + "' for OdtDocument" ) ; return a } function b ( ) { return a . getDocumentElement ( ) . ownerDocument } function f ( a ) { for ( ; a && ! ( a . namespaceURI === odf . Namespaces . officens && "text" === a . localName || a . namespaceURI === odf . Namespaces . officens && "annotation" === a . localName ) ; ) a = a . parentNode ; return a } function n ( a ,
c , b , d ) { d = k ( d ) ; var e ; 1 === b . length ? e = b [ 0 ] : ( e = new core . PositionFilterChain , b . forEach ( e . addFilter ) ) ; b = new core . StepIterator ( e , d ) ; b . setPosition ( a , c ) ; return b } function p ( a ) { var c = k ( d ( ) ) ; a = u . convertStepsToDomPoint ( a ) ; c . setUnfilteredPosition ( a . node , a . offset ) ; return c } function r ( a ) { return a === w } function q ( c ) { var b = c . spec ( ) , d = b . memberid , e = ( new Date ( b . timestamp ) ) . toISOString ( ) , b = g . odfContainer ( ) ; c . isEdit && ( d = a . getMember ( d ) . getProperties ( ) . fullName , b . setMetadata ( { "dc:creator" : d , "dc:date" : e } , null ) , d = { setProperties : { "dc:creator" : d ,
"dc:date" : e } , removedProperties : [ ] } , t || ( d . setProperties [ "meta:editing-cycles" ] = b . incrementEditingCycles ( ) , b . setMetadata ( null , [ "meta:editing-duration" , "meta:document-statistic" ] ) ) , t = c , a . emit ( ops . OdtDocument . signalMetadataUpdated , d ) ) } function e ( a ) { var b , d = [ ] , e , f = 2 ; runtime . assert ( a . isStep ( ) , "positionIterator is not at a step" ) ; do { if ( b = c . getContentBounds ( a ) ) if ( b = b . container , m . isDowngradableSpaceElement ( b ) ) { for ( e = b . lastChild ; b . firstChild ; ) d . push ( b . firstChild ) , b . parentNode . insertBefore ( b . firstChild , b ) ; b . parentNode . removeChild ( b ) ;
a . setPosition ( e , e . nodeType === Node . TEXT _NODE ? e . length : e . childNodes . length ) ; a . roundToPreviousStep ( ) } -- f } while ( 0 < f && a . nextStep ( ) ) ; d . forEach ( h . normalizeTextNodes ) } function l ( a , c , b ) { a = a . childNodes . item ( c ) || a ; return ( a = m . getParagraphElement ( a ) ) && h . containsNode ( b , a ) ? a : b } var a = this , c , m = odf . OdfUtils , h = core . DomUtils , y = { } , x = { } , z = new core . EventNotifier ( [ ops . Document . signalMemberAdded , ops . Document . signalMemberUpdated , ops . Document . signalMemberRemoved , ops . Document . signalCursorAdded , ops . Document . signalCursorRemoved ,
ops . Document . signalCursorMoved , ops . OdtDocument . signalParagraphChanged , ops . OdtDocument . signalParagraphStyleModified , ops . OdtDocument . signalCommonStyleCreated , ops . OdtDocument . signalCommonStyleDeleted , ops . OdtDocument . signalTableAdded , ops . OdtDocument . signalOperationStart , ops . OdtDocument . signalOperationEnd , ops . OdtDocument . signalProcessingBatchStart , ops . OdtDocument . signalProcessingBatchEnd , ops . OdtDocument . signalUndoStackChanged , ops . OdtDocument . signalStepsInserted , ops . OdtDocument . signalStepsRemoved , ops . OdtDocument . signalMetadataUpdated ,
ops . OdtDocument . signalAnnotationAdded ] ) , w = core . StepDirection . NEXT , v , u , t , A = NodeFilter . SHOW _ALL , I = new gui . BlacklistNamespaceNodeFilter ( [ "urn:webodf:names:cursor" , "urn:webodf:names:editinfo" ] ) , K = new gui . OdfTextBodyNodeFilter , L = new core . NodeFilterChain ( [ I , K ] ) ; this . createPositionIterator = k ; this . getDocumentElement = function ( ) { return g . odfContainer ( ) . rootElement } ; this . cloneDocumentElement = function ( ) { var c = a . getDocumentElement ( ) , b = g . getAnnotationViewManager ( ) ; b && b . forgetAnnotations ( ) ; c = c . cloneNode ( ! 0 ) ; g . refreshAnnotations ( ) ;
a . fixCursorPositions ( ) ; return c } ; this . setDocumentElement = function ( a ) { var c = g . odfContainer ( ) ; z . unsubscribe ( ops . OdtDocument . signalStepsInserted , u . handleStepsInserted ) ; z . unsubscribe ( ops . OdtDocument . signalStepsRemoved , u . handleStepsRemoved ) ; c . setRootElement ( a ) ; g . setOdfContainer ( c , ! 0 ) ; g . refreshCSS ( ) ; a = d ( ) ; u = new ops . OdtStepsTranslator ( a , k ( a ) , v , 500 ) ; z . subscribe ( ops . OdtDocument . signalStepsInserted , u . handleStepsInserted ) ; z . subscribe ( ops . OdtDocument . signalStepsRemoved , u . handleStepsRemoved ) } ; this . getDOMDocument =
b ; this . getRootElement = f ; this . createStepIterator = n ; this . getIteratorAtPosition = p ; this . convertCursorStepToDomPoint = function ( a ) { return u . convertStepsToDomPoint ( a ) } ; this . convertDomPointToCursorStep = function ( a , c , b ) { var d ; b === w && ( d = r ) ; return u . convertDomPointToSteps ( a , c , d ) } ; this . convertDomToCursorRange = function ( a ) { var c ; c = u . convertDomPointToSteps ( a . anchorNode , a . anchorOffset ) ; a = a . anchorNode === a . focusNode && a . anchorOffset === a . focusOffset ? c : u . convertDomPointToSteps ( a . focusNode , a . focusOffset ) ; return { position : c ,
length : a - c } } ; this . convertCursorToDomRange = function ( a , c ) { var d = b ( ) . createRange ( ) , e , h ; e = u . convertStepsToDomPoint ( a ) ; c ? ( h = u . convertStepsToDomPoint ( a + c ) , 0 < c ? ( d . setStart ( e . node , e . offset ) , d . setEnd ( h . node , h . offset ) ) : ( d . setStart ( h . node , h . offset ) , d . setEnd ( e . node , e . offset ) ) ) : d . setStart ( e . node , e . offset ) ; return d } ; this . upgradeWhitespacesAtPosition = function ( a ) { var b = p ( a ) , b = new core . StepIterator ( v , b ) , d , e = 2 ; runtime . assert ( b . isStep ( ) , "positionIterator is not at a step (requested step: " + a + ")" ) ; do { if ( d = c . getContentBounds ( b ) ) if ( a =
d . container , d = d . startOffset , a . nodeType === Node . TEXT _NODE && m . isSignificantWhitespace ( a , d ) ) { runtime . assert ( " " === a . data [ d ] , "upgradeWhitespaceToElement: textNode.data[offset] should be a literal space" ) ; var h = a . ownerDocument . createElementNS ( odf . Namespaces . textns , "text:s" ) , f = a . parentNode , l = a ; h . appendChild ( a . ownerDocument . createTextNode ( " " ) ) ; 1 === a . length ? f . replaceChild ( h , a ) : ( a . deleteData ( d , 1 ) , 0 < d && ( d < a . length && a . splitText ( d ) , l = a . nextSibling ) , f . insertBefore ( h , l ) ) ; a = h ; b . setPosition ( a , a . childNodes . length ) ;
b . roundToPreviousStep ( ) } -- e } while ( 0 < e && b . nextStep ( ) ) } ; this . downgradeWhitespaces = e ; this . downgradeWhitespacesAtPosition = function ( a ) { a = p ( a ) ; a = new core . StepIterator ( v , a ) ; e ( a ) } ; this . getTextNodeAtStep = function ( c , d ) { var e = p ( c ) , h = e . container ( ) , m , f = 0 , l = null ; h . nodeType === Node . TEXT _NODE ? ( m = h , f = e . unfilteredDomOffset ( ) , 0 < m . length && ( 0 < f && ( m = m . splitText ( f ) ) , m . parentNode . insertBefore ( b ( ) . createTextNode ( "" ) , m ) , m = m . previousSibling , f = 0 ) ) : ( m = b ( ) . createTextNode ( "" ) , f = 0 , h . insertBefore ( m , e . rightNode ( ) ) ) ; if ( d ) { if ( y [ d ] &&
a . getCursorPosition ( d ) === c ) { for ( l = y [ d ] . getNode ( ) ; l . nextSibling && "cursor" === l . nextSibling . localName ; ) l . parentNode . insertBefore ( l . nextSibling , l ) ; 0 < m . length && m . nextSibling !== l && ( m = b ( ) . createTextNode ( "" ) , f = 0 ) ; l . parentNode . insertBefore ( m , l ) } } else for ( ; m . nextSibling && "cursor" === m . nextSibling . localName ; ) m . parentNode . insertBefore ( m . nextSibling , m ) ; for ( ; m . previousSibling && m . previousSibling . nodeType === Node . TEXT _NODE ; ) e = m . previousSibling , e . appendData ( m . data ) , f = e . length , m = e , m . parentNode . removeChild ( m . nextSibling ) ;
for ( ; m . nextSibling && m . nextSibling . nodeType === Node . TEXT _NODE ; ) e = m . nextSibling , m . appendData ( e . data ) , m . parentNode . removeChild ( e ) ; return { textNode : m , offset : f } } ; this . fixCursorPositions = function ( ) { Object . keys ( y ) . forEach ( function ( c ) { var b = y [ c ] , d = f ( b . getNode ( ) ) , e = a . createRootFilter ( d ) , h , m , g , k = ! 1 ; g = b . getSelectedRange ( ) ; h = l ( g . startContainer , g . startOffset , d ) ; m = n ( g . startContainer , g . startOffset , [ v , e ] , h ) ; g . collapsed ? d = m : ( h = l ( g . endContainer , g . endOffset , d ) , d = n ( g . endContainer , g . endOffset , [ v , e ] , h ) ) ; m . isStep ( ) && d . isStep ( ) ?
m . container ( ) !== d . container ( ) || m . offset ( ) !== d . offset ( ) || g . collapsed && b . getAnchorNode ( ) === b . getNode ( ) || ( k = ! 0 , g . setStart ( m . container ( ) , m . offset ( ) ) , g . collapse ( ! 0 ) ) : ( k = ! 0 , runtime . assert ( m . roundToClosestStep ( ) , "No walkable step found for cursor owned by " + c ) , g . setStart ( m . container ( ) , m . offset ( ) ) , runtime . assert ( d . roundToClosestStep ( ) , "No walkable step found for cursor owned by " + c ) , g . setEnd ( d . container ( ) , d . offset ( ) ) ) ; k && ( b . setSelectedRange ( g , b . hasForwardSelection ( ) ) , a . emit ( ops . Document . signalCursorMoved ,
b ) ) } ) } ; this . getCursorPosition = function ( a ) { return ( a = y [ a ] ) ? u . convertDomPointToSteps ( a . getNode ( ) , 0 ) : 0 } ; this . getCursorSelection = function ( a ) { a = y [ a ] ; var c = 0 , b = 0 ; a && ( c = u . convertDomPointToSteps ( a . getNode ( ) , 0 ) , b = u . convertDomPointToSteps ( a . getAnchorNode ( ) , 0 ) ) ; return { position : b , length : c - b } } ; this . getPositionFilter = function ( ) { return v } ; this . getOdfCanvas = function ( ) { return g } ; this . getCanvas = function ( ) { return g } ; this . getRootNode = d ; this . addMember = function ( a ) { runtime . assert ( void 0 === x [ a . getMemberId ( ) ] , "This member already exists" ) ;
x [ a . getMemberId ( ) ] = a } ; this . getMember = function ( a ) { return x . hasOwnProperty ( a ) ? x [ a ] : null } ; this . removeMember = function ( a ) { delete x [ a ] } ; this . getCursor = function ( a ) { return y [ a ] } ; this . hasCursor = function ( a ) { return y . hasOwnProperty ( a ) } ; this . getMemberIds = function ( ) { return Object . keys ( x ) } ; this . addCursor = function ( c ) { runtime . assert ( Boolean ( c ) , "OdtDocument::addCursor without cursor" ) ; var b = c . getMemberId ( ) , d = a . convertCursorToDomRange ( 0 , 0 ) ; runtime . assert ( "string" === typeof b , "OdtDocument::addCursor has cursor without memberid" ) ;
runtime . assert ( ! y [ b ] , "OdtDocument::addCursor is adding a duplicate cursor with memberid " + b ) ; c . setSelectedRange ( d , ! 0 ) ; y [ b ] = c } ; this . removeCursor = function ( c ) { var b = y [ c ] ; return b ? ( b . removeFromDocument ( ) , delete y [ c ] , a . emit ( ops . Document . signalCursorRemoved , c ) , ! 0 ) : ! 1 } ; this . moveCursor = function ( c , b , d , e ) { c = y [ c ] ; b = a . convertCursorToDomRange ( b , d ) ; c && ( c . setSelectedRange ( b , 0 <= d ) , c . setSelectionType ( e || ops . OdtCursor . RangeSelection ) ) } ; this . getFormatting = function ( ) { return g . getFormatting ( ) } ; this . emit = function ( a , c ) { z . emit ( a ,
c ) } ; this . subscribe = function ( a , c ) { z . subscribe ( a , c ) } ; this . unsubscribe = function ( a , c ) { z . unsubscribe ( a , c ) } ; this . createRootFilter = function ( a ) { return new RootFilter ( a , y , f ) } ; this . close = function ( a ) { a ( ) } ; this . destroy = function ( a ) { a ( ) } ; ( function ( ) { var a = d ( ) ; v = new ops . TextPositionFilter ; c = new odf . StepUtils ; u = new ops . OdtStepsTranslator ( a , k ( a ) , v , 500 ) ; z . subscribe ( ops . OdtDocument . signalStepsInserted , u . handleStepsInserted ) ; z . subscribe ( ops . OdtDocument . signalStepsRemoved , u . handleStepsRemoved ) ; z . subscribe ( ops . OdtDocument . signalOperationEnd ,
q ) ; z . subscribe ( ops . OdtDocument . signalProcessingBatchEnd , core . Task . processTasks ) } ) ( ) } ; ops . OdtDocument . signalParagraphChanged = "paragraph/changed" ; ops . OdtDocument . signalTableAdded = "table/added" ; ops . OdtDocument . signalCommonStyleCreated = "style/created" ; ops . OdtDocument . signalCommonStyleDeleted = "style/deleted" ; ops . OdtDocument . signalParagraphStyleModified = "paragraphstyle/modified" ; ops . OdtDocument . signalOperationStart = "operation/start" ; ops . OdtDocument . signalOperationEnd = "operation/end" ;
ops . OdtDocument . signalProcessingBatchStart = "router/batchstart" ; ops . OdtDocument . signalProcessingBatchEnd = "router/batchend" ; ops . OdtDocument . signalUndoStackChanged = "undo/changed" ; ops . OdtDocument . signalStepsInserted = "steps/inserted" ; ops . OdtDocument . signalStepsRemoved = "steps/removed" ; ops . OdtDocument . signalMetadataUpdated = "metadata/updated" ; ops . OdtDocument . signalAnnotationAdded = "annotation/added" ;
ops . OpAddAnnotation = function ( ) { function g ( b , d , e ) { var f = b . getTextNodeAtStep ( e , k ) ; f && ( b = f . textNode , e = b . parentNode , f . offset !== b . length && b . splitText ( f . offset ) , e . insertBefore ( d , b . nextSibling ) , 0 === b . length && e . removeChild ( b ) ) } var k , d , b , f , n , p ; this . init = function ( g ) { k = g . memberid ; d = parseInt ( g . timestamp , 10 ) ; b = parseInt ( g . position , 10 ) ; f = void 0 !== g . length ? parseInt ( g . length , 10 ) || 0 : void 0 ; n = g . name } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( r ) { var q = r . getCursor ( k ) , e , l ; p = r . getDOMDocument ( ) ; var a = new Date ( d ) ,
c , m , h ; c = p . createElementNS ( odf . Namespaces . officens , "office:annotation" ) ; c . setAttributeNS ( odf . Namespaces . officens , "office:name" , n ) ; e = p . createElementNS ( odf . Namespaces . dcns , "dc:creator" ) ; e . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , k ) ; e . textContent = r . getMember ( k ) . getProperties ( ) . fullName ; l = p . createElementNS ( odf . Namespaces . dcns , "dc:date" ) ; l . appendChild ( p . createTextNode ( a . toISOString ( ) ) ) ; a = p . createElementNS ( odf . Namespaces . textns , "text:list" ) ; m = p . createElementNS ( odf . Namespaces . textns ,
"text:list-item" ) ; h = p . createElementNS ( odf . Namespaces . textns , "text:p" ) ; m . appendChild ( h ) ; a . appendChild ( m ) ; c . appendChild ( e ) ; c . appendChild ( l ) ; c . appendChild ( a ) ; void 0 !== f && ( e = p . createElementNS ( odf . Namespaces . officens , "office:annotation-end" ) , e . setAttributeNS ( odf . Namespaces . officens , "office:name" , n ) , c . annotationEndElement = e , g ( r , e , b + f ) ) ; g ( r , c , b ) ; r . emit ( ops . OdtDocument . signalStepsInserted , { position : b } ) ; q && ( e = p . createRange ( ) , l = c . getElementsByTagNameNS ( odf . Namespaces . textns , "p" ) [ 0 ] , e . selectNodeContents ( l ) ,
q . setSelectedRange ( e , ! 1 ) , q . setSelectionType ( ops . OdtCursor . RangeSelection ) , r . emit ( ops . Document . signalCursorMoved , q ) ) ; r . getOdfCanvas ( ) . addAnnotation ( c ) ; r . fixCursorPositions ( ) ; r . emit ( ops . OdtDocument . signalAnnotationAdded , { memberId : k , annotation : c } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "AddAnnotation" , memberid : k , timestamp : d , position : b , length : f , name : n } } } ;
ops . OpAddCursor = function ( ) { var g , k ; this . init = function ( d ) { g = d . memberid ; k = d . timestamp } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( d ) { var b = d . getCursor ( g ) ; if ( b ) return ! 1 ; b = new ops . OdtCursor ( g , d ) ; d . addCursor ( b ) ; d . emit ( ops . Document . signalCursorAdded , b ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "AddCursor" , memberid : g , timestamp : k } } } ;
ops . OpAddMember = function ( ) { var g , k , d ; this . init = function ( b ) { g = b . memberid ; k = parseInt ( b . timestamp , 10 ) ; d = b . setProperties } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( b ) { var f ; if ( b . getMember ( g ) ) return ! 1 ; f = new ops . Member ( g , d ) ; b . addMember ( f ) ; b . emit ( ops . Document . signalMemberAdded , f ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "AddMember" , memberid : g , timestamp : k , setProperties : d } } } ;
ops . OpAddStyle = function ( ) { var g , k , d , b , f , n , p = odf . Namespaces . stylens ; this . init = function ( p ) { g = p . memberid ; k = p . timestamp ; d = p . styleName ; b = p . styleFamily ; f = "true" === p . isAutomaticStyle || ! 0 === p . isAutomaticStyle ; n = p . setProperties } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( g ) { var k = g . getOdfCanvas ( ) . odfContainer ( ) , e = g . getFormatting ( ) , l = g . getDOMDocument ( ) . createElementNS ( p , "style:style" ) ; if ( ! l ) return ! 1 ; n && e . updateStyle ( l , n ) ; l . setAttributeNS ( p , "style:family" , b ) ; l . setAttributeNS ( p , "style:name" , d ) ; f ?
k . rootElement . automaticStyles . appendChild ( l ) : k . rootElement . styles . appendChild ( l ) ; g . getOdfCanvas ( ) . refreshCSS ( ) ; f || g . emit ( ops . OdtDocument . signalCommonStyleCreated , { name : d , family : b } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "AddStyle" , memberid : g , timestamp : k , styleName : d , styleFamily : b , isAutomaticStyle : f , setProperties : n } } } ;
odf . ObjectNameGenerator = function ( g , k ) { function d ( a , c ) { var b = { } ; this . generateName = function ( ) { var d = c ( ) , e = 0 , f ; do f = a + e , e += 1 ; while ( b [ f ] || d [ f ] ) ; b [ f ] = ! 0 ; return f } } function b ( ) { var a = { } ; [ g . rootElement . automaticStyles , g . rootElement . styles ] . forEach ( function ( c ) { for ( c = c . firstElementChild ; c ; ) c . namespaceURI === f && "style" === c . localName && ( a [ c . getAttributeNS ( f , "name" ) ] = ! 0 ) , c = c . nextElementSibling } ) ; return a } var f = odf . Namespaces . stylens , n = odf . Namespaces . drawns , p = odf . Namespaces . xlinkns , r = ( new core . Utils ) . hashString ( k ) ,
q = null , e = null , l = null , a = { } , c = { } ; this . generateStyleName = function ( ) { null === q && ( q = new d ( "auto" + r + "_" , function ( ) { return b ( ) } ) ) ; return q . generateName ( ) } ; this . generateFrameName = function ( ) { var c , b , f ; if ( null === e ) { b = g . rootElement . body . getElementsByTagNameNS ( n , "frame" ) ; for ( c = 0 ; c < b . length ; c += 1 ) f = b . item ( c ) , a [ f . getAttributeNS ( n , "name" ) ] = ! 0 ; e = new d ( "fr" + r + "_" , function ( ) { return a } ) } return e . generateName ( ) } ; this . generateImageName = function ( ) { var a , b , e ; if ( null === l ) { e = g . rootElement . body . getElementsByTagNameNS ( n , "image" ) ;
for ( a = 0 ; a < e . length ; a += 1 ) b = e . item ( a ) , b = b . getAttributeNS ( p , "href" ) , b = b . substring ( 9 , b . lastIndexOf ( "." ) ) , c [ b ] = ! 0 ; l = new d ( "img" + r + "_" , function ( ) { return c } ) } return l . generateName ( ) } } ;
odf . TextStyleApplicator = function ( g , k , d ) { function b ( b ) { function d ( a , b ) { return "object" === typeof a && "object" === typeof b ? Object . keys ( a ) . every ( function ( e ) { return d ( a [ e ] , b [ e ] ) } ) : a === b } var a = { } ; this . isStyleApplied = function ( c ) { c = k . getAppliedStylesForElement ( c , a ) . styleProperties ; return d ( b , c ) } } function f ( b ) { var f = { } ; this . applyStyleToContainer = function ( a ) { var c ; c = a . getAttributeNS ( r , "style-name" ) ; var m = a . ownerDocument ; c = c || "" ; if ( ! f . hasOwnProperty ( c ) ) { var h = c , n ; n = c ? k . createDerivedStyleObject ( c , "text" , b ) : b ; m =
m . createElementNS ( q , "style:style" ) ; k . updateStyle ( m , n ) ; m . setAttributeNS ( q , "style:name" , g . generateStyleName ( ) ) ; m . setAttributeNS ( q , "style:family" , "text" ) ; m . setAttributeNS ( "urn:webodf:names:scope" , "scope" , "document-content" ) ; d . appendChild ( m ) ; f [ h ] = m } c = f [ c ] . getAttributeNS ( q , "name" ) ; a . setAttributeNS ( r , "text:style-name" , c ) } } function n ( b , d ) { var a = b . ownerDocument , c = b . parentNode , m , h , f , g = new core . LoopWatchDog ( 1E4 ) ; h = [ ] ; h . push ( b ) ; for ( f = b . nextSibling ; f && p . rangeContainsNode ( d , f ) ; ) g . check ( ) , h . push ( f ) , f = f . nextSibling ;
"span" !== c . localName || c . namespaceURI !== r ? ( m = a . createElementNS ( r , "text:span" ) , c . insertBefore ( m , b ) , a = ! 1 ) : ( b . previousSibling && ! p . rangeContainsNode ( d , c . firstChild ) ? ( m = c . cloneNode ( ! 1 ) , c . parentNode . insertBefore ( m , c . nextSibling ) ) : m = c , a = ! 0 ) ; h . forEach ( function ( a ) { a . parentNode !== m && m . appendChild ( a ) } ) ; if ( f && a ) for ( h = m . cloneNode ( ! 1 ) , m . parentNode . insertBefore ( h , m . nextSibling ) ; f ; ) g . check ( ) , a = f . nextSibling , h . appendChild ( f ) , f = a ; return m } var p = core . DomUtils , r = odf . Namespaces . textns , q = odf . Namespaces . stylens ; this . applyStyle =
function ( d , g , a ) { var c = { } , m , h , k , p ; runtime . assert ( a && a . hasOwnProperty ( "style:text-properties" ) , "applyStyle without any text properties" ) ; c [ "style:text-properties" ] = a [ "style:text-properties" ] ; k = new f ( c ) ; p = new b ( c ) ; d . forEach ( function ( a ) { m = p . isStyleApplied ( a ) ; ! 1 === m && ( h = n ( a , g ) , k . applyStyleToContainer ( h ) ) } ) } } ;
ops . OpApplyDirectStyling = function ( ) { function g ( b , d , f ) { var a = b . getOdfCanvas ( ) . odfContainer ( ) , c = r . splitBoundaries ( d ) , m = p . getTextNodes ( d , ! 1 ) ; ( new odf . TextStyleApplicator ( new odf . ObjectNameGenerator ( a , k ) , b . getFormatting ( ) , a . rootElement . automaticStyles ) ) . applyStyle ( m , d , f ) ; c . forEach ( r . normalizeTextNodes ) } var k , d , b , f , n , p = odf . OdfUtils , r = core . DomUtils ; this . init = function ( g ) { k = g . memberid ; d = g . timestamp ; b = parseInt ( g . position , 10 ) ; f = parseInt ( g . length , 10 ) ; n = g . setProperties } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute =
function ( r ) { var e = r . convertCursorToDomRange ( b , f ) , l = p . getParagraphElements ( e ) ; g ( r , e , n ) ; e . detach ( ) ; r . getOdfCanvas ( ) . refreshCSS ( ) ; r . fixCursorPositions ( ) ; l . forEach ( function ( a ) { r . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : a , memberId : k , timeStamp : d } ) } ) ; r . getOdfCanvas ( ) . rerenderAnnotations ( ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "ApplyDirectStyling" , memberid : k , timestamp : d , position : b , length : f , setProperties : n } } } ;
ops . OpApplyHyperlink = function ( ) { function g ( b ) { for ( ; b ; ) { if ( r . isHyperlink ( b ) ) return ! 0 ; b = b . parentNode } return ! 1 } var k , d , b , f , n , p = core . DomUtils , r = odf . OdfUtils ; this . init = function ( g ) { k = g . memberid ; d = g . timestamp ; b = g . position ; f = g . length ; n = g . hyperlink } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( q ) { var e = q . getDOMDocument ( ) , l = q . convertCursorToDomRange ( b , f ) , a = p . splitBoundaries ( l ) , c = [ ] , m = r . getTextNodes ( l , ! 1 ) ; if ( 0 === m . length ) return ! 1 ; m . forEach ( function ( a ) { var b = r . getParagraphElement ( a ) ; runtime . assert ( ! 1 ===
g ( a ) , "The given range should not contain any link." ) ; var d = n , m = e . createElementNS ( odf . Namespaces . textns , "text:a" ) ; m . setAttributeNS ( odf . Namespaces . xlinkns , "xlink:type" , "simple" ) ; m . setAttributeNS ( odf . Namespaces . xlinkns , "xlink:href" , d ) ; a . parentNode . insertBefore ( m , a ) ; m . appendChild ( a ) ; - 1 === c . indexOf ( b ) && c . push ( b ) } ) ; a . forEach ( p . normalizeTextNodes ) ; l . detach ( ) ; q . fixCursorPositions ( ) ; q . getOdfCanvas ( ) . refreshSize ( ) ; q . getOdfCanvas ( ) . rerenderAnnotations ( ) ; c . forEach ( function ( a ) { q . emit ( ops . OdtDocument . signalParagraphChanged ,
{ paragraphElement : a , memberId : k , timeStamp : d } ) } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "ApplyHyperlink" , memberid : k , timestamp : d , position : b , length : f , hyperlink : n } } } ;
ops . OpInsertImage = function ( ) { var g , k , d , b , f , n , p , r , q = odf . Namespaces . drawns , e = odf . Namespaces . svgns , l = odf . Namespaces . textns , a = odf . Namespaces . xlinkns , c = odf . OdfUtils ; this . init = function ( a ) { g = a . memberid ; k = a . timestamp ; d = a . position ; b = a . filename ; f = a . frameWidth ; n = a . frameHeight ; p = a . frameStyleName ; r = a . frameName } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( m ) { var h = m . getOdfCanvas ( ) , y = m . getTextNodeAtStep ( d , g ) , x , z ; if ( ! y ) return ! 1 ; x = y . textNode ; z = c . getParagraphElement ( x ) ; var y = y . offset !== x . length ? x . splitText ( y . offset ) :
x . nextSibling , w = m . getDOMDocument ( ) , v = w . createElementNS ( q , "draw:image" ) , w = w . createElementNS ( q , "draw:frame" ) ; v . setAttributeNS ( a , "xlink:href" , b ) ; v . setAttributeNS ( a , "xlink:type" , "simple" ) ; v . setAttributeNS ( a , "xlink:show" , "embed" ) ; v . setAttributeNS ( a , "xlink:actuate" , "onLoad" ) ; w . setAttributeNS ( q , "draw:style-name" , p ) ; w . setAttributeNS ( q , "draw:name" , r ) ; w . setAttributeNS ( l , "text:anchor-type" , "as-char" ) ; w . setAttributeNS ( e , "svg:width" , f ) ; w . setAttributeNS ( e , "svg:height" , n ) ; w . appendChild ( v ) ; x . parentNode . insertBefore ( w ,
y ) ; m . emit ( ops . OdtDocument . signalStepsInserted , { position : d } ) ; 0 === x . length && x . parentNode . removeChild ( x ) ; h . addCssForFrameWithImage ( w ) ; h . refreshCSS ( ) ; m . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : z , memberId : g , timeStamp : k } ) ; h . rerenderAnnotations ( ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "InsertImage" , memberid : g , timestamp : k , filename : b , position : d , frameWidth : f , frameHeight : n , frameStyleName : p , frameName : r } } } ;
ops . OpInsertTable = function ( ) { function g ( a , c ) { var d ; if ( 1 === e . length ) d = e [ 0 ] ; else if ( 3 === e . length ) switch ( a ) { case 0 : d = e [ 0 ] ; break ; case b - 1 : d = e [ 2 ] ; break ; default : d = e [ 1 ] } else d = e [ a ] ; if ( 1 === d . length ) return d [ 0 ] ; if ( 3 === d . length ) switch ( c ) { case 0 : return d [ 0 ] ; case f - 1 : return d [ 2 ] ; default : return d [ 1 ] } return d [ c ] } var k , d , b , f , n , p , r , q , e , l = odf . OdfUtils ; this . init = function ( a ) { k = a . memberid ; d = a . timestamp ; n = a . position ; b = a . initialRows ; f = a . initialColumns ; p = a . tableName ; r = a . tableStyleName ; q = a . tableColumnStyleName ; e = a . tableCellStyleMatrix } ;
this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( a ) { var c = a . getTextNodeAtStep ( n ) , e = a . getRootNode ( ) ; if ( c ) { var h = a . getDOMDocument ( ) , y = h . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:table" ) , x = h . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:table-column" ) , z , w , v , u ; r && y . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:style-name" , r ) ; p && y . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:name" , p ) ; x . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" ,
"table:number-columns-repeated" , f ) ; q && x . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:style-name" , q ) ; y . appendChild ( x ) ; for ( v = 0 ; v < b ; v += 1 ) { x = h . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:table-row" ) ; for ( u = 0 ; u < f ; u += 1 ) z = h . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:table-cell" ) , ( w = g ( v , u ) ) && z . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:table:1.0" , "table:style-name" , w ) , w = h . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:text:1.0" ,
"text:p" ) , z . appendChild ( w ) , x . appendChild ( z ) ; y . appendChild ( x ) } c = l . getParagraphElement ( c . textNode ) ; e . insertBefore ( y , c . nextSibling ) ; a . emit ( ops . OdtDocument . signalStepsInserted , { position : n } ) ; a . getOdfCanvas ( ) . refreshSize ( ) ; a . emit ( ops . OdtDocument . signalTableAdded , { tableElement : y , memberId : k , timeStamp : d } ) ; a . getOdfCanvas ( ) . rerenderAnnotations ( ) ; return ! 0 } return ! 1 } ; this . spec = function ( ) { return { optype : "InsertTable" , memberid : k , timestamp : d , position : n , initialRows : b , initialColumns : f , tableName : p , tableStyleName : r , tableColumnStyleName : q ,
tableCellStyleMatrix : e } } } ;
ops . OpInsertText = function ( ) { function g ( b ) { return "\t" !== b && p . isODFWhitespace ( b ) } var k , d , b , f , n , p = odf . OdfUtils ; this . init = function ( g ) { k = g . memberid ; d = g . timestamp ; b = g . position ; n = g . text ; f = "true" === g . moveCursor || ! 0 === g . moveCursor } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( r ) { var q , e , l , a = null , c = r . getDOMDocument ( ) , m , h = 0 , y , x = r . getCursor ( k ) , z ; r . upgradeWhitespacesAtPosition ( b ) ; if ( q = r . getTextNodeAtStep ( b ) ) { e = q . textNode ; a = e . nextSibling ; l = e . parentNode ; m = p . getParagraphElement ( e ) ; for ( z = 0 ; z < n . length ; z +=
1 ) { if ( ! ( y = "\t" === n [ z ] ) ) { y = n ; var w = z ; y = g ( y [ w ] ) && ( 0 === w || w === y . length - 1 || g ( y [ w - 1 ] ) ) } y && ( 0 === h ? ( q . offset !== e . length && ( a = e . splitText ( q . offset ) ) , 0 < z && e . appendData ( n . substring ( 0 , z ) ) ) : h < z && ( h = n . substring ( h , z ) , l . insertBefore ( c . createTextNode ( h ) , a ) ) , h = z + 1 , "\t" === n [ z ] ? ( y = c . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:text:1.0" , "text:tab" ) , y . appendChild ( c . createTextNode ( "\t" ) ) ) : ( " " !== n [ z ] && runtime . log ( "WARN: InsertText operation contains non-tab, non-space whitespace character (character code " + n . charCodeAt ( z ) +
")" ) , y = c . createElementNS ( "urn:oasis:names:tc:opendocument:xmlns:text:1.0" , "text:s" ) , y . appendChild ( c . createTextNode ( " " ) ) ) , l . insertBefore ( y , a ) ) } 0 === h ? e . insertData ( q . offset , n ) : h < n . length && ( q = n . substring ( h ) , l . insertBefore ( c . createTextNode ( q ) , a ) ) ; l = e . parentNode ; a = e . nextSibling ; l . removeChild ( e ) ; l . insertBefore ( e , a ) ; 0 === e . length && e . parentNode . removeChild ( e ) ; r . emit ( ops . OdtDocument . signalStepsInserted , { position : b } ) ; x && f && ( r . moveCursor ( k , b + n . length , 0 ) , r . emit ( ops . Document . signalCursorMoved , x ) ) ; r . downgradeWhitespacesAtPosition ( b ) ;
r . downgradeWhitespacesAtPosition ( b + n . length ) ; r . getOdfCanvas ( ) . refreshSize ( ) ; r . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : m , memberId : k , timeStamp : d } ) ; r . getOdfCanvas ( ) . rerenderAnnotations ( ) ; return ! 0 } return ! 1 } ; this . spec = function ( ) { return { optype : "InsertText" , memberid : k , timestamp : d , position : b , text : n , moveCursor : f } } } ;
odf . CollapsingRules = function ( g ) { function k ( d ) { return b . isODFNode ( d ) || "br" === d . localName && b . isLineBreak ( d . parentNode ) || d . nodeType === Node . TEXT _NODE && b . isODFNode ( d . parentNode ) ? NodeFilter . FILTER _REJECT : NodeFilter . FILTER _ACCEPT } function d ( n ) { var p ; n . nodeType === Node . TEXT _NODE ? ( p = n . parentNode , p . removeChild ( n ) ) : p = f . removeUnwantedNodes ( n , k ) ; if ( n = p ) n = p , n = ! b . isParagraph ( n ) && n !== g && b . hasNoODFContent ( n ) ; return n ? d ( p ) : p } var b = odf . OdfUtils , f = core . DomUtils ; this . mergeChildrenIntoParent = d } ;
ops . OpMergeParagraph = function ( ) { function g ( a ) { return odf . OdfUtils . isInlineRoot ( a ) ? NodeFilter . FILTER _SKIP : l . isGroupingElement ( a ) && l . hasNoODFContent ( a ) ? NodeFilter . FILTER _REJECT : NodeFilter . FILTER _ACCEPT } function k ( a ) { if ( a . nodeType === Node . TEXT _NODE ) { if ( 0 === a . length ) return runtime . log ( "WARN: Empty text node found during merge operation" ) , ! 0 ; if ( l . isODFWhitespace ( a . data ) && ! 1 === l . isSignificantWhitespace ( a , 0 ) ) return ! 0 ; a = "#text" } else a = ( a . prefix ? a . prefix + ":" : "" ) + a . localName ; runtime . log ( "WARN: Unexpected text element found near paragraph boundary [" +
a + "]" ) ; return ! 1 } function d ( c ) { c . collapsed || ( a . splitBoundaries ( c ) , c = l . getTextElements ( c , ! 1 , ! 0 ) . filter ( k ) , c . forEach ( function ( a ) { a . parentNode . removeChild ( a ) } ) ) } function b ( a , c , b ) { a = a . convertCursorStepToDomPoint ( c ) ; var d = l . getParagraphElement ( a . node , a . offset ) ; runtime . assert ( Boolean ( d ) , "Paragraph not found at step " + c ) ; b && b . setPosition ( a . node , a . offset ) ; return d } var f , n , p , r , q , e , l = odf . OdfUtils , a = core . DomUtils , c = odf . Namespaces . textns ; this . init = function ( a ) { f = a . memberid ; n = a . timestamp ; p = a . moveCursor ; r = a . paragraphStyleName ;
q = parseInt ( a . sourceStartPosition , 10 ) ; e = parseInt ( a . destinationStartPosition , 10 ) } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( m ) { var h , l , k = m . getCursor ( f ) ; h = m . getRootNode ( ) ; var z = new odf . CollapsingRules ( h ) , w = m . createStepIterator ( h , 0 , [ m . getPositionFilter ( ) ] , h ) , v ; runtime . assert ( e < q , "Destination paragraph (" + e + ") must be before source paragraph (" + q + ")" ) ; l = b ( m , e ) ; h = b ( m , q , w ) ; w . previousStep ( ) ; runtime . assert ( a . containsNode ( l , w . container ( ) ) , "Destination paragraph must be adjacent to the source paragraph" ) ;
v = l . ownerDocument . createRange ( ) ; w . setPosition ( l , l . childNodes . length ) ; w . roundToPreviousStep ( ) ; v . setStart ( w . container ( ) , w . offset ( ) ) ; v . setEnd ( l , l . childNodes . length ) ; d ( v ) ; v = l . childNodes . length ; var u = h . ownerDocument . createRange ( ) ; w . setPosition ( h , 0 ) ; w . roundToNextStep ( ) ; u . setStart ( h , 0 ) ; u . setEnd ( w . container ( ) , w . offset ( ) ) ; d ( u ) ; for ( u = h . firstChild ; u ; ) "editinfo" === u . localName ? h . removeChild ( u ) : ( l . appendChild ( u ) , a . removeUnwantedNodes ( u , g ) ) , u = h . firstChild ; runtime . assert ( 0 === h . childNodes . length , "Source paragraph should be empty before it is removed" ) ;
z . mergeChildrenIntoParent ( h ) ; m . emit ( ops . OdtDocument . signalStepsRemoved , { position : q - 1 } ) ; w . setPosition ( l , v ) ; w . roundToClosestStep ( ) ; w . previousStep ( ) || w . roundToNextStep ( ) ; m . downgradeWhitespaces ( w ) ; r ? l . setAttributeNS ( c , "text:style-name" , r ) : l . removeAttributeNS ( c , "style-name" ) ; k && p && ( m . moveCursor ( f , q - 1 , 0 ) , m . emit ( ops . Document . signalCursorMoved , k ) ) ; m . fixCursorPositions ( ) ; m . getOdfCanvas ( ) . refreshSize ( ) ; m . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : l , memberId : f , timeStamp : n } ) ; m . getOdfCanvas ( ) . rerenderAnnotations ( ) ;
return ! 0 } ; this . spec = function ( ) { return { optype : "MergeParagraph" , memberid : f , timestamp : n , moveCursor : p , paragraphStyleName : r , sourceStartPosition : q , destinationStartPosition : e } } } ;
ops . OpMoveCursor = function ( ) { var g , k , d , b , f ; this . init = function ( n ) { g = n . memberid ; k = n . timestamp ; d = n . position ; b = n . length || 0 ; f = n . selectionType || ops . OdtCursor . RangeSelection } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( n ) { var k = n . getCursor ( g ) , r ; if ( ! k ) return ! 1 ; r = n . convertCursorToDomRange ( d , b ) ; k . setSelectedRange ( r , 0 <= b ) ; k . setSelectionType ( f ) ; n . emit ( ops . Document . signalCursorMoved , k ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "MoveCursor" , memberid : g , timestamp : k , position : d , length : b , selectionType : f } } } ;
ops . OpRemoveAnnotation = function ( ) { var g , k , d , b , f = core . DomUtils ; this . init = function ( f ) { g = f . memberid ; k = f . timestamp ; d = parseInt ( f . position , 10 ) ; b = parseInt ( f . length , 10 ) } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( b ) { function g ( b ) { q . parentNode . insertBefore ( b , q ) } for ( var k = b . getIteratorAtPosition ( d ) . container ( ) , q ; k . namespaceURI !== odf . Namespaces . officens || "annotation" !== k . localName ; ) k = k . parentNode ; if ( null === k ) return ! 1 ; q = k ; k = q . annotationEndElement ; b . getOdfCanvas ( ) . forgetAnnotation ( q ) ; f . getElementsByTagNameNS ( q ,
"urn:webodf:names:cursor" , "cursor" ) . forEach ( g ) ; f . getElementsByTagNameNS ( q , "urn:webodf:names:cursor" , "anchor" ) . forEach ( g ) ; q . parentNode . removeChild ( q ) ; k && k . parentNode . removeChild ( k ) ; b . emit ( ops . OdtDocument . signalStepsRemoved , { position : 0 < d ? d - 1 : d } ) ; b . getOdfCanvas ( ) . rerenderAnnotations ( ) ; b . fixCursorPositions ( ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveAnnotation" , memberid : g , timestamp : k , position : d , length : b } } } ;
ops . OpRemoveBlob = function ( ) { var g , k , d ; this . init = function ( b ) { g = b . memberid ; k = b . timestamp ; d = b . filename } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( b ) { b . getOdfCanvas ( ) . odfContainer ( ) . removeBlob ( d ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveBlob" , memberid : g , timestamp : k , filename : d } } } ;
ops . OpRemoveCursor = function ( ) { var g , k ; this . init = function ( d ) { g = d . memberid ; k = d . timestamp } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( d ) { return d . removeCursor ( g ) ? ! 0 : ! 1 } ; this . spec = function ( ) { return { optype : "RemoveCursor" , memberid : g , timestamp : k } } } ;
ops . OpRemoveHyperlink = function ( ) { var g , k , d , b , f = core . DomUtils , n = odf . OdfUtils ; this . init = function ( f ) { g = f . memberid ; k = f . timestamp ; d = f . position ; b = f . length } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( p ) { var r = p . convertCursorToDomRange ( d , b ) , q = n . getHyperlinkElements ( r ) ; runtime . assert ( 1 === q . length , "The given range should only contain a single link." ) ; q = f . mergeIntoParent ( q [ 0 ] ) ; r . detach ( ) ; p . fixCursorPositions ( ) ; p . getOdfCanvas ( ) . refreshSize ( ) ; p . getOdfCanvas ( ) . rerenderAnnotations ( ) ; p . emit ( ops . OdtDocument . signalParagraphChanged ,
{ paragraphElement : n . getParagraphElement ( q ) , memberId : g , timeStamp : k } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveHyperlink" , memberid : g , timestamp : k , position : d , length : b } } } ; ops . OpRemoveMember = function ( ) { var g , k ; this . init = function ( d ) { g = d . memberid ; k = parseInt ( d . timestamp , 10 ) } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( d ) { if ( ! d . getMember ( g ) ) return ! 1 ; d . removeMember ( g ) ; d . emit ( ops . Document . signalMemberRemoved , g ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveMember" , memberid : g , timestamp : k } } } ;
ops . OpRemoveStyle = function ( ) { var g , k , d , b ; this . init = function ( f ) { g = f . memberid ; k = f . timestamp ; d = f . styleName ; b = f . styleFamily } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( f ) { var g = f . getFormatting ( ) . getStyleElement ( d , b ) ; if ( ! g ) return ! 1 ; g . parentNode . removeChild ( g ) ; f . getOdfCanvas ( ) . refreshCSS ( ) ; f . emit ( ops . OdtDocument . signalCommonStyleDeleted , { name : d , family : b } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveStyle" , memberid : g , timestamp : k , styleName : d , styleFamily : b } } } ;
ops . OpRemoveText = function ( ) { var g , k , d , b , f = odf . OdfUtils , n = core . DomUtils ; this . init = function ( f ) { runtime . assert ( 0 <= f . length , "OpRemoveText only supports positive lengths" ) ; g = f . memberid ; k = f . timestamp ; d = parseInt ( f . position , 10 ) ; b = parseInt ( f . length , 10 ) } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( p ) { var r , q , e , l = p . getCursor ( g ) , a = new odf . CollapsingRules ( p . getRootNode ( ) ) ; p . upgradeWhitespacesAtPosition ( d ) ; p . upgradeWhitespacesAtPosition ( d + b ) ; r = p . convertCursorToDomRange ( d , b ) ; n . splitBoundaries ( r ) ; q = f . getTextElements ( r ,
! 1 , ! 0 ) ; e = f . getParagraphElement ( r . startContainer , r . startOffset ) ; runtime . assert ( void 0 !== e , "Attempting to remove text outside a paragraph element" ) ; r . detach ( ) ; q . forEach ( function ( c ) { c . parentNode ? ( runtime . assert ( n . containsNode ( e , c ) , "RemoveText only supports removing elements within the same paragraph" ) , a . mergeChildrenIntoParent ( c ) ) : runtime . log ( "WARN: text element has already been removed from it's container" ) } ) ; p . emit ( ops . OdtDocument . signalStepsRemoved , { position : d } ) ; p . downgradeWhitespacesAtPosition ( d ) ;
p . fixCursorPositions ( ) ; p . getOdfCanvas ( ) . refreshSize ( ) ; p . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : e , memberId : g , timeStamp : k } ) ; l && ( l . resetSelectionType ( ) , p . emit ( ops . Document . signalCursorMoved , l ) ) ; p . getOdfCanvas ( ) . rerenderAnnotations ( ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "RemoveText" , memberid : g , timestamp : k , position : d , length : b } } } ;
ops . OpSetBlob = function ( ) { var g , k , d , b , f ; this . init = function ( n ) { g = n . memberid ; k = n . timestamp ; d = n . filename ; b = n . mimetype ; f = n . content } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( g ) { g . getOdfCanvas ( ) . odfContainer ( ) . setBlob ( d , b , f ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "SetBlob" , memberid : g , timestamp : k , filename : d , mimetype : b , content : f } } } ;
ops . OpSetParagraphStyle = function ( ) { function g ( b , d , f ) { var e = [ b . getPositionFilter ( ) ] , g = f . container ( ) ; f = f . unfilteredDomOffset ( ) ; return ! 1 === b . createStepIterator ( g , f , e , d ) . previousStep ( ) } var k , d , b , f , n = odf . OdfUtils ; this . init = function ( g ) { k = g . memberid ; d = g . timestamp ; b = g . position ; f = g . styleName } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( p ) { var r , q ; r = p . getIteratorAtPosition ( b ) ; return ( q = n . getParagraphElement ( r . container ( ) ) ) ? ( runtime . assert ( g ( p , q , r ) , "SetParagraphStyle position should be the first position in the paragraph" ) ,
f ? q . setAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:text:1.0" , "text:style-name" , f ) : q . removeAttributeNS ( "urn:oasis:names:tc:opendocument:xmlns:text:1.0" , "style-name" ) , p . getOdfCanvas ( ) . refreshSize ( ) , p . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : q , timeStamp : d , memberId : k } ) , p . getOdfCanvas ( ) . rerenderAnnotations ( ) , ! 0 ) : ! 1 } ; this . spec = function ( ) { return { optype : "SetParagraphStyle" , memberid : k , timestamp : d , position : b , styleName : f } } } ;
ops . OpSplitParagraph = function ( ) { var g , k , d , b , f , n , p = odf . OdfUtils , r = odf . Namespaces . textns ; this . init = function ( p ) { g = p . memberid ; k = p . timestamp ; b = p . position ; d = p . sourceParagraphPosition ; n = p . paragraphStyleName ; f = "true" === p . moveCursor || ! 0 === p . moveCursor } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( d ) { var e , l , a , c , m , h , y , x = d . getCursor ( g ) ; d . upgradeWhitespacesAtPosition ( b ) ; e = d . getTextNodeAtStep ( b ) ; if ( ! e ) return ! 1 ; l = p . getParagraphElement ( e . textNode ) ; if ( ! l ) return ! 1 ; a = p . isListItem ( l . parentNode ) ? l . parentNode :
l ; 0 === e . offset ? ( y = e . textNode . previousSibling , h = null ) : ( y = e . textNode , h = e . offset >= e . textNode . length ? null : e . textNode . splitText ( e . offset ) ) ; for ( c = e . textNode ; c !== a ; ) { c = c . parentNode ; m = c . cloneNode ( ! 1 ) ; h && m . appendChild ( h ) ; if ( y ) for ( ; y && y . nextSibling ; ) m . appendChild ( y . nextSibling ) ; else for ( ; c . firstChild ; ) m . appendChild ( c . firstChild ) ; c . parentNode . insertBefore ( m , c . nextSibling ) ; y = c ; h = m } p . isListItem ( h ) && ( h = h . childNodes . item ( 0 ) ) ; n ? h . setAttributeNS ( r , "text:style-name" , n ) : h . removeAttributeNS ( r , "style-name" ) ; 0 === e . textNode . length &&
e . textNode . parentNode . removeChild ( e . textNode ) ; d . emit ( ops . OdtDocument . signalStepsInserted , { position : b } ) ; x && f && ( d . moveCursor ( g , b + 1 , 0 ) , d . emit ( ops . Document . signalCursorMoved , x ) ) ; d . fixCursorPositions ( ) ; d . getOdfCanvas ( ) . refreshSize ( ) ; d . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : l , memberId : g , timeStamp : k } ) ; d . emit ( ops . OdtDocument . signalParagraphChanged , { paragraphElement : h , memberId : g , timeStamp : k } ) ; d . getOdfCanvas ( ) . rerenderAnnotations ( ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "SplitParagraph" ,
memberid : g , timestamp : k , position : b , sourceParagraphPosition : d , paragraphStyleName : n , moveCursor : f } } } ;
ops . OpUpdateMember = function ( ) { function g ( d ) { var f = "//dc:creator[@editinfo:memberid='" + k + "']" ; d = xmldom . XPath . getODFElementsWithXPath ( d . getRootNode ( ) , f , function ( b ) { return "editinfo" === b ? "urn:webodf:names:editinfo" : odf . Namespaces . lookupNamespaceURI ( b ) } ) ; for ( f = 0 ; f < d . length ; f += 1 ) d [ f ] . textContent = b . fullName } var k , d , b , f ; this . init = function ( g ) { k = g . memberid ; d = parseInt ( g . timestamp , 10 ) ; b = g . setProperties ; f = g . removedProperties } ; this . isEdit = ! 1 ; this . group = void 0 ; this . execute = function ( d ) { var p = d . getMember ( k ) ; if ( ! p ) return ! 1 ;
f && p . removeProperties ( f ) ; b && ( p . setProperties ( b ) , b . fullName && g ( d ) ) ; d . emit ( ops . Document . signalMemberUpdated , p ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "UpdateMember" , memberid : k , timestamp : d , setProperties : b , removedProperties : f } } } ;
ops . OpUpdateMetadata = function ( ) { var g , k , d , b ; this . init = function ( f ) { g = f . memberid ; k = parseInt ( f . timestamp , 10 ) ; d = f . setProperties ; b = f . removedProperties } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( f ) { var g = f . getOdfCanvas ( ) . odfContainer ( ) , k = null ; b && ( k = b . attributes . split ( "," ) ) ; g . setMetadata ( d , k ) ; f . emit ( ops . OdtDocument . signalMetadataUpdated , { setProperties : null !== d ? d : { } , removedProperties : null !== k ? k : [ ] } ) ; return ! 0 } ; this . spec = function ( ) { return { optype : "UpdateMetadata" , memberid : g , timestamp : k , setProperties : d ,
removedProperties : b } } } ;
ops . OpUpdateParagraphStyle = function ( ) { function g ( b , d ) { var e , f , a = d ? d . split ( "," ) : [ ] ; for ( e = 0 ; e < a . length ; e += 1 ) f = a [ e ] . split ( ":" ) , b . removeAttributeNS ( odf . Namespaces . lookupNamespaceURI ( f [ 0 ] ) , f [ 1 ] ) } var k , d , b , f , n , p = odf . Namespaces . stylens ; this . init = function ( g ) { k = g . memberid ; d = g . timestamp ; b = g . styleName ; f = g . setProperties ; n = g . removedProperties } ; this . isEdit = ! 0 ; this . group = void 0 ; this . execute = function ( d ) { var k = d . getFormatting ( ) , e , l , a ; return ( e = "" !== b ? k . getStyleElement ( b , "paragraph" ) : k . getDefaultStyleElement ( "paragraph" ) ) ? ( l =
e . getElementsByTagNameNS ( p , "paragraph-properties" ) . item ( 0 ) , a = e . getElementsByTagNameNS ( p , "text-properties" ) . item ( 0 ) , f && k . updateStyle ( e , f ) , n && ( k = n [ "style:paragraph-properties" ] , l && k && ( g ( l , k . attributes ) , 0 === l . attributes . length && e . removeChild ( l ) ) , k = n [ "style:text-properties" ] , a && k && ( g ( a , k . attributes ) , 0 === a . attributes . length && e . removeChild ( a ) ) , g ( e , n . attributes ) ) , d . getOdfCanvas ( ) . refreshCSS ( ) , d . emit ( ops . OdtDocument . signalParagraphStyleModified , b ) , d . getOdfCanvas ( ) . rerenderAnnotations ( ) , ! 0 ) : ! 1 } ; this . spec =
function ( ) { return { optype : "UpdateParagraphStyle" , memberid : k , timestamp : d , styleName : b , setProperties : f , removedProperties : n } } } ;
ops . OperationFactory = function ( ) { function g ( d ) { return function ( b ) { return new d } } var k ; this . register = function ( d , b ) { k [ d ] = b } ; this . create = function ( d ) { var b = null , f = k [ d . optype ] ; f && ( b = f ( d ) , b . init ( d ) ) ; return b } ; k = { AddMember : g ( ops . OpAddMember ) , UpdateMember : g ( ops . OpUpdateMember ) , RemoveMember : g ( ops . OpRemoveMember ) , AddCursor : g ( ops . OpAddCursor ) , ApplyDirectStyling : g ( ops . OpApplyDirectStyling ) , SetBlob : g ( ops . OpSetBlob ) , RemoveBlob : g ( ops . OpRemoveBlob ) , InsertImage : g ( ops . OpInsertImage ) , InsertTable : g ( ops . OpInsertTable ) ,
InsertText : g ( ops . OpInsertText ) , RemoveText : g ( ops . OpRemoveText ) , MergeParagraph : g ( ops . OpMergeParagraph ) , SplitParagraph : g ( ops . OpSplitParagraph ) , SetParagraphStyle : g ( ops . OpSetParagraphStyle ) , UpdateParagraphStyle : g ( ops . OpUpdateParagraphStyle ) , AddStyle : g ( ops . OpAddStyle ) , RemoveStyle : g ( ops . OpRemoveStyle ) , MoveCursor : g ( ops . OpMoveCursor ) , RemoveCursor : g ( ops . OpRemoveCursor ) , AddAnnotation : g ( ops . OpAddAnnotation ) , RemoveAnnotation : g ( ops . OpRemoveAnnotation ) , UpdateMetadata : g ( ops . OpUpdateMetadata ) , ApplyHyperlink : g ( ops . OpApplyHyperlink ) ,
RemoveHyperlink : g ( ops . OpRemoveHyperlink ) } } ; ops . OperationRouter = function ( ) { } ; ops . OperationRouter . prototype . setOperationFactory = function ( g ) { } ; ops . OperationRouter . prototype . setPlaybackFunction = function ( g ) { } ; ops . OperationRouter . prototype . push = function ( g ) { } ; ops . OperationRouter . prototype . close = function ( g ) { } ; ops . OperationRouter . prototype . subscribe = function ( g , k ) { } ; ops . OperationRouter . prototype . unsubscribe = function ( g , k ) { } ; ops . OperationRouter . prototype . hasLocalUnsyncedOps = function ( ) { } ;
ops . OperationRouter . prototype . hasSessionHostConnection = function ( ) { } ; ops . OperationRouter . signalProcessingBatchStart = "router/batchstart" ; ops . OperationRouter . signalProcessingBatchEnd = "router/batchend" ;
ops . TrivialOperationRouter = function ( ) { var g = new core . EventNotifier ( [ ops . OperationRouter . signalProcessingBatchStart , ops . OperationRouter . signalProcessingBatchEnd ] ) , k , d , b = 0 ; this . setOperationFactory = function ( b ) { k = b } ; this . setPlaybackFunction = function ( b ) { d = b } ; this . push = function ( f ) { b += 1 ; g . emit ( ops . OperationRouter . signalProcessingBatchStart , { } ) ; f . forEach ( function ( f ) { f = f . spec ( ) ; f . timestamp = Date . now ( ) ; f = k . create ( f ) ; f . group = "g" + b ; d ( f ) } ) ; g . emit ( ops . OperationRouter . signalProcessingBatchEnd , { } ) } ; this . close = function ( b ) { b ( ) } ;
this . subscribe = function ( b , d ) { g . subscribe ( b , d ) } ; this . unsubscribe = function ( b , d ) { g . unsubscribe ( b , d ) } ; this . hasLocalUnsyncedOps = function ( ) { return ! 1 } ; this . hasSessionHostConnection = function ( ) { return ! 0 } } ;
ops . Session = function ( g ) { function k ( b ) { f . emit ( ops . OdtDocument . signalProcessingBatchStart , b ) } function d ( b ) { f . emit ( ops . OdtDocument . signalProcessingBatchEnd , b ) } var b = new ops . OperationFactory , f = new ops . OdtDocument ( g ) , n = null ; this . setOperationFactory = function ( d ) { b = d ; n && n . setOperationFactory ( b ) } ; this . setOperationRouter = function ( g ) { n && ( n . unsubscribe ( ops . OperationRouter . signalProcessingBatchStart , k ) , n . unsubscribe ( ops . OperationRouter . signalProcessingBatchEnd , d ) ) ; n = g ; n . subscribe ( ops . OperationRouter . signalProcessingBatchStart ,
k ) ; n . subscribe ( ops . OperationRouter . signalProcessingBatchEnd , d ) ; g . setPlaybackFunction ( function ( b ) { f . emit ( ops . OdtDocument . signalOperationStart , b ) ; return b . execute ( f ) ? ( f . emit ( ops . OdtDocument . signalOperationEnd , b ) , ! 0 ) : ! 1 } ) ; g . setOperationFactory ( b ) } ; this . getOperationFactory = function ( ) { return b } ; this . getOdtDocument = function ( ) { return f } ; this . enqueue = function ( b ) { n . push ( b ) } ; this . close = function ( b ) { n . close ( function ( d ) { d ? b ( d ) : f . close ( b ) } ) } ; this . destroy = function ( b ) { f . destroy ( b ) } ; this . setOperationRouter ( new ops . TrivialOperationRouter ) } ;
gui . AnnotationController = function ( g , k , d ) { function b ( ) { var a = r . getCursor ( d ) , a = a && a . getNode ( ) , b = ! 1 ; a && ( b = ! l . isWithinAnnotation ( a , r . getRootNode ( ) ) ) ; b !== q && ( q = b , e . emit ( gui . AnnotationController . annotatableChanged , q ) ) } function f ( a ) { a . getMemberId ( ) === d && b ( ) } function n ( a ) { a === d && b ( ) } function p ( a ) { a . getMemberId ( ) === d && b ( ) } var r = g . getOdtDocument ( ) , q = ! 1 , e = new core . EventNotifier ( [ gui . AnnotationController . annotatableChanged ] ) , l = odf . OdfUtils , a = core . StepDirection . NEXT ; this . isAnnotatable = function ( ) { return q } ; this . addAnnotation =
function ( ) { var a = new ops . OpAddAnnotation , b = r . getCursorSelection ( d ) , e = b . length , b = b . position ; q && ( 0 === e ? e = void 0 : ( b = 0 <= e ? b : b + e , e = Math . abs ( e ) ) , a . init ( { memberid : d , position : b , length : e , name : d + Date . now ( ) } ) , g . enqueue ( [ a ] ) ) } ; this . removeAnnotation = function ( c ) { var b , e ; b = r . getMember ( d ) . getProperties ( ) . fullName ; if ( ! 0 !== k . getState ( gui . CommonConstraints . EDIT . ANNOTATIONS . ONLY _DELETE _OWN ) || b === l . getAnnotationCreator ( c ) ) b = r . convertDomPointToCursorStep ( c , 0 , a ) , e = r . convertDomPointToCursorStep ( c , c . childNodes . length ) , c =
new ops . OpRemoveAnnotation , c . init ( { memberid : d , position : b , length : e - b } ) , e = new ops . OpMoveCursor , e . init ( { memberid : d , position : 0 < b ? b - 1 : b , length : 0 } ) , g . enqueue ( [ c , e ] ) } ; this . subscribe = function ( a , b ) { e . subscribe ( a , b ) } ; this . unsubscribe = function ( a , b ) { e . unsubscribe ( a , b ) } ; this . destroy = function ( a ) { r . unsubscribe ( ops . Document . signalCursorAdded , f ) ; r . unsubscribe ( ops . Document . signalCursorRemoved , n ) ; r . unsubscribe ( ops . Document . signalCursorMoved , p ) ; a ( ) } ; k . registerConstraint ( gui . CommonConstraints . EDIT . ANNOTATIONS . ONLY _DELETE _OWN ) ;
r . subscribe ( ops . Document . signalCursorAdded , f ) ; r . subscribe ( ops . Document . signalCursorRemoved , n ) ; r . subscribe ( ops . Document . signalCursorMoved , p ) ; b ( ) } ; gui . AnnotationController . annotatableChanged = "annotatable/changed" ;
gui . Avatar = function ( g , k ) { var d = this , b , f , n ; this . setColor = function ( b ) { f . style . borderColor = b } ; this . setImageUrl = function ( b ) { d . isVisible ( ) ? f . src = b : n = b } ; this . isVisible = function ( ) { return "block" === b . style . display } ; this . show = function ( ) { n && ( f . src = n , n = void 0 ) ; b . style . display = "block" } ; this . hide = function ( ) { b . style . display = "none" } ; this . markAsFocussed = function ( d ) { d ? b . classList . add ( "active" ) : b . classList . remove ( "active" ) } ; this . destroy = function ( d ) { g . removeChild ( b ) ; d ( ) } ; ( function ( ) { var d = g . ownerDocument ; b = d . createElement ( "div" ) ;
f = d . createElement ( "img" ) ; b . appendChild ( f ) ; b . style . display = k ? "block" : "none" ; b . className = "handle" ; g . appendChild ( b ) } ) ( ) } ; gui . StepInfo = function ( ) { } ; gui . StepInfo . VisualDirection = { LEFT _TO _RIGHT : 0 , RIGHT _TO _LEFT : 1 } ; gui . StepInfo . prototype . container = function ( ) { } ; gui . StepInfo . prototype . offset = function ( ) { } ; gui . VisualStepScanner = function ( ) { } ; gui . VisualStepScanner . prototype . process = function ( g , k , d ) { } ;
gui . GuiStepUtils = function ( ) { function g ( f ) { f = d . getContentBounds ( f ) ; var g , e = null ; if ( f ) if ( f . container . nodeType === Node . TEXT _NODE ) g = f . container . ownerDocument . createRange ( ) , g . setStart ( f . container , f . startOffset ) , g . setEnd ( f . container , f . endOffset ) , ( e = 0 < g . getClientRects ( ) . length ? g . getBoundingClientRect ( ) : null ) && " " === f . container . data . substring ( f . startOffset , f . endOffset ) && 1 >= e . width && ( e = null ) , g . detach ( ) ; else if ( k . isCharacterElement ( f . container ) || k . isCharacterFrame ( f . container ) ) e = b . getBoundingClientRect ( f . container ) ;
return e } var k = odf . OdfUtils , d = new odf . StepUtils , b = core . DomUtils , f = core . StepDirection . NEXT , n = gui . StepInfo . VisualDirection . LEFT _TO _RIGHT , p = gui . StepInfo . VisualDirection . RIGHT _TO _LEFT ; this . getContentRect = g ; this . moveToFilteredStep = function ( b , d , e ) { function l ( a , b ) { b . process ( w , h , k ) && ( a = ! 0 , ! x && b . token && ( x = b . token ) ) ; return a } var a = d === f , c , m , h , k , x , z = b . snapshot ( ) ; c = ! 1 ; var w ; do c = g ( b ) , w = { token : b . snapshot ( ) , container : b . container , offset : b . offset , direction : d , visualDirection : d === f ? n : p } , m = b . nextStep ( ) ? g ( b ) : null , b . restore ( w . token ) ,
a ? ( h = c , k = m ) : ( h = m , k = c ) , c = e . reduce ( l , ! 1 ) ; while ( ! c && b . advanceStep ( d ) ) ; c || e . forEach ( function ( a ) { ! x && a . token && ( x = a . token ) } ) ; b . restore ( x || z ) ; return Boolean ( x ) } } ;
gui . Caret = function ( g , k , d , b ) { function f ( ) { a . style . opacity = "0" === a . style . opacity ? "1" : "0" ; t . trigger ( ) } function n ( ) { y . selectNodeContents ( h ) ; return y . getBoundingClientRect ( ) } function p ( a ) { return E [ a ] !== L [ a ] } function r ( ) { Object . keys ( L ) . forEach ( function ( a ) { E [ a ] = L [ a ] } ) } function q ( ) { if ( ! 1 === L . isShown || g . getSelectionType ( ) !== ops . OdtCursor . RangeSelection || ! b && ! g . getSelectedRange ( ) . collapsed ) L . visibility = "hidden" , a . style . visibility = "hidden" , t . cancel ( ) ; else if ( L . visibility = "visible" , a . style . visibility = "visible" ,
! 1 === L . isFocused ) a . style . opacity = "1" , t . cancel ( ) ; else { if ( A || p ( "visibility" ) ) a . style . opacity = "1" , t . cancel ( ) ; t . trigger ( ) } if ( K || I ) { var d ; d = g . getNode ( ) ; var e , h , f = z . getBoundingClientRect ( x . getSizer ( ) ) , q = ! 1 , y = 0 ; d . removeAttributeNS ( "urn:webodf:names:cursor" , "caret-sizer-active" ) ; if ( 0 < d . getClientRects ( ) . length ) h = n ( ) , y = h . left - z . getBoundingClientRect ( d ) . left , q = ! 0 ; else if ( v . setPosition ( d , 0 ) , h = w . getContentRect ( v ) , ! h && v . nextStep ( ) && ( e = w . getContentRect ( v ) ) && ( h = e , q = ! 0 ) , h || ( d . setAttributeNS ( "urn:webodf:names:cursor" ,
"caret-sizer-active" , "true" ) , h = n ( ) , q = ! 0 ) , ! h ) for ( runtime . log ( "WARN: No suitable client rectangle found for visual caret for " + g . getMemberId ( ) ) ; d ; ) { if ( 0 < d . getClientRects ( ) . length ) { h = z . getBoundingClientRect ( d ) ; q = ! 0 ; break } d = d . parentNode } h = z . translateRect ( h , f , x . getZoomLevel ( ) ) ; d = { top : h . top , height : h . height , right : q ? h . left : h . right , width : z . adaptRangeDifferenceToZoomLevel ( y , x . getZoomLevel ( ) ) } ; 8 > d . height && ( d = { top : d . top - ( 8 - d . height ) / 2 , height : 8 , right : d . right } ) ; l . style . height = d . height + "px" ; l . style . top = d . top + "px" ;
l . style . left = d . right - d . width + "px" ; l . style . width = d . width ? d . width + "px" : "" ; m && ( d = runtime . getWindow ( ) . getComputedStyle ( g . getNode ( ) , null ) , d . font ? m . style . font = d . font : ( m . style . fontStyle = d . fontStyle , m . style . fontVariant = d . fontVariant , m . style . fontWeight = d . fontWeight , m . style . fontSize = d . fontSize , m . style . lineHeight = d . lineHeight , m . style . fontFamily = d . fontFamily ) ) } L . isShown && I && k . scrollIntoView ( a . getBoundingClientRect ( ) ) ; p ( "isFocused" ) && c . markAsFocussed ( L . isFocused ) ; r ( ) ; K = I = A = ! 1 } function e ( a ) { l . parentNode . removeChild ( l ) ;
h . parentNode . removeChild ( h ) ; a ( ) } var l , a , c , m , h , y , x = g . getDocument ( ) . getCanvas ( ) , z = core . DomUtils , w = new gui . GuiStepUtils , v , u , t , A = ! 1 , I = ! 1 , K = ! 1 , L = { isFocused : ! 1 , isShown : ! 0 , visibility : "hidden" } , E = { isFocused : ! L . isFocused , isShown : ! L . isShown , visibility : "hidden" } ; this . handleUpdate = function ( ) { K = ! 0 ; u . trigger ( ) } ; this . refreshCursorBlinking = function ( ) { A = ! 0 ; u . trigger ( ) } ; this . setFocus = function ( ) { L . isFocused = ! 0 ; u . trigger ( ) } ; this . removeFocus = function ( ) { L . isFocused = ! 1 ; u . trigger ( ) } ; this . show = function ( ) { L . isShown = ! 0 ; u . trigger ( ) } ;
this . hide = function ( ) { L . isShown = ! 1 ; u . trigger ( ) } ; this . setAvatarImageUrl = function ( a ) { c . setImageUrl ( a ) } ; this . setColor = function ( b ) { a . style . borderColor = b ; c . setColor ( b ) } ; this . getCursor = function ( ) { return g } ; this . getFocusElement = function ( ) { return a } ; this . toggleHandleVisibility = function ( ) { c . isVisible ( ) ? c . hide ( ) : c . show ( ) } ; this . showHandle = function ( ) { c . show ( ) } ; this . hideHandle = function ( ) { c . hide ( ) } ; this . setOverlayElement = function ( a ) { m = a ; l . appendChild ( a ) ; K = ! 0 ; u . trigger ( ) } ; this . ensureVisible = function ( ) { I = ! 0 ; u . trigger ( ) } ;
this . getBoundingClientRect = function ( ) { return z . getBoundingClientRect ( l ) } ; this . destroy = function ( a ) { core . Async . destroyAll ( [ u . destroy , t . destroy , c . destroy , e ] , a ) } ; ( function ( ) { var b = g . getDocument ( ) , e = [ b . createRootFilter ( g . getMemberId ( ) ) , b . getPositionFilter ( ) ] , m = b . getDOMDocument ( ) ; y = m . createRange ( ) ; h = m . createElement ( "span" ) ; h . className = "webodf-caretSizer" ; h . textContent = "|" ; g . getNode ( ) . appendChild ( h ) ; l = m . createElement ( "div" ) ; l . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , g . getMemberId ( ) ) ;
l . className = "webodf-caretOverlay" ; a = m . createElement ( "div" ) ; a . className = "caret" ; l . appendChild ( a ) ; c = new gui . Avatar ( l , d ) ; x . getSizer ( ) . appendChild ( l ) ; v = b . createStepIterator ( g . getNode ( ) , 0 , e , b . getRootNode ( ) ) ; u = core . Task . createRedrawTask ( q ) ; t = core . Task . createTimeoutTask ( f , 500 ) ; u . triggerImmediate ( ) } ) ( ) } ;
odf . TextSerializer = function ( ) { function g ( b ) { var f = "" , n = k . filter ? k . filter . acceptNode ( b ) : NodeFilter . FILTER _ACCEPT , p = b . nodeType , r ; if ( ( n === NodeFilter . FILTER _ACCEPT || n === NodeFilter . FILTER _SKIP ) && d . isTextContentContainingNode ( b ) ) for ( r = b . firstChild ; r ; ) f += g ( r ) , r = r . nextSibling ; n === NodeFilter . FILTER _ACCEPT && ( p === Node . ELEMENT _NODE && d . isParagraph ( b ) ? f += "\n" : p === Node . TEXT _NODE && b . textContent && ( f += b . textContent ) ) ; return f } var k = this , d = odf . OdfUtils ; this . filter = null ; this . writeToString = function ( b ) { if ( ! b ) return "" ;
b = g ( b ) ; "\n" === b [ b . length - 1 ] && ( b = b . substr ( 0 , b . length - 1 ) ) ; return b } } ; gui . MimeDataExporter = function ( ) { var g ; this . exportRangeToDataTransfer = function ( k , d ) { var b ; b = d . startContainer . ownerDocument . createElement ( "span" ) ; b . appendChild ( d . cloneContents ( ) ) ; b = g . writeToString ( b ) ; try { k . setData ( "text/plain" , b ) } catch ( f ) { k . setData ( "Text" , b ) } } ; g = new odf . TextSerializer ; g . filter = new odf . OdfNodeFilter } ;
gui . Clipboard = function ( g ) { this . setDataFromRange = function ( k , d ) { var b , f = k . clipboardData ; b = runtime . getWindow ( ) ; ! f && b && ( f = b . clipboardData ) ; f ? ( b = ! 0 , g . exportRangeToDataTransfer ( f , d ) , k . preventDefault ( ) ) : b = ! 1 ; return b } } ;
gui . SessionContext = function ( g , k ) { var d = g . getOdtDocument ( ) , b = odf . OdfUtils ; this . isLocalCursorWithinOwnAnnotation = function ( ) { var f = d . getCursor ( k ) , g ; if ( ! f ) return ! 1 ; g = f && f . getNode ( ) ; f = d . getMember ( k ) . getProperties ( ) . fullName ; return ( g = b . getParentAnnotation ( g , d . getRootNode ( ) ) ) && b . getAnnotationCreator ( g ) === f ? ! 0 : ! 1 } } ;
gui . StyleSummary = function ( g ) { function k ( b , d ) { var k = b + "|" + d , q ; f . hasOwnProperty ( k ) || ( q = [ ] , g . forEach ( function ( e ) { e = ( e = e . styleProperties [ b ] ) && e [ d ] ; - 1 === q . indexOf ( e ) && q . push ( e ) } ) , f [ k ] = q ) ; return f [ k ] } function d ( b , d , f ) { return function ( ) { var g = k ( b , d ) ; return f . length >= g . length && g . every ( function ( b ) { return - 1 !== f . indexOf ( b ) } ) } } function b ( b , d ) { var f = k ( b , d ) ; return 1 === f . length ? f [ 0 ] : void 0 } var f = { } ; this . getPropertyValues = k ; this . getCommonValue = b ; this . isBold = d ( "style:text-properties" , "fo:font-weight" , [ "bold" ] ) ; this . isItalic =
d ( "style:text-properties" , "fo:font-style" , [ "italic" ] ) ; this . hasUnderline = d ( "style:text-properties" , "style:text-underline-style" , [ "solid" ] ) ; this . hasStrikeThrough = d ( "style:text-properties" , "style:text-line-through-style" , [ "solid" ] ) ; this . fontSize = function ( ) { var d = b ( "style:text-properties" , "fo:font-size" ) ; return d && parseFloat ( d ) } ; this . fontName = function ( ) { return b ( "style:text-properties" , "style:font-name" ) } ; this . isAlignedLeft = d ( "style:paragraph-properties" , "fo:text-align" , [ "left" , "start" ] ) ; this . isAlignedCenter =
d ( "style:paragraph-properties" , "fo:text-align" , [ "center" ] ) ; this . isAlignedRight = d ( "style:paragraph-properties" , "fo:text-align" , [ "right" , "end" ] ) ; this . isAlignedJustified = d ( "style:paragraph-properties" , "fo:text-align" , [ "justify" ] ) ; this . text = { isBold : this . isBold , isItalic : this . isItalic , hasUnderline : this . hasUnderline , hasStrikeThrough : this . hasStrikeThrough , fontSize : this . fontSize , fontName : this . fontName } ; this . paragraph = { isAlignedLeft : this . isAlignedLeft , isAlignedCenter : this . isAlignedCenter , isAlignedRight : this . isAlignedRight ,
isAlignedJustified : this . isAlignedJustified } } ;
gui . DirectFormattingController = function ( g , k , d , b , f , n , p ) { function r ( ) { return U . value ( ) . styleSummary } function q ( ) { return U . value ( ) . enabledFeatures } function e ( a ) { var b ; a . collapsed ? ( b = a . startContainer , b . hasChildNodes ( ) && a . startOffset < b . childNodes . length && ( b = b . childNodes . item ( a . startOffset ) ) , a = [ b ] ) : a = S . getTextElements ( a , ! 0 , ! 1 ) ; return a } function l ( ) { var a = P . getCursor ( b ) , c = a && a . getSelectedRange ( ) , h = [ ] , h = [ ] , f = ! 0 , g = { directTextStyling : ! 0 , directParagraphStyling : ! 0 } ; c && ( h = e ( c ) , 0 === h . length && ( h = [ c . startContainer ,
c . endContainer ] , f = ! 1 ) , h = P . getFormatting ( ) . getAppliedStyles ( h ) ) ; void 0 !== h [ 0 ] && Z && ( h [ 0 ] . styleProperties = aa . mergeObjects ( h [ 0 ] . styleProperties , Z ) ) ; ! 0 === k . getState ( gui . CommonConstraints . EDIT . REVIEW _MODE ) && ( g . directTextStyling = g . directParagraphStyling = d . isLocalCursorWithinOwnAnnotation ( ) ) ; g . directTextStyling && ( g . directTextStyling = f && void 0 !== a && a . getSelectionType ( ) === ops . OdtCursor . RangeSelection ) ; return { enabledFeatures : g , appliedStyles : h , styleSummary : new gui . StyleSummary ( h ) } } function a ( a , b ) { var c = { } ; Object . keys ( a ) . forEach ( function ( d ) { var e =
a [ d ] ( ) , h = b [ d ] ( ) ; e !== h && ( c [ d ] = h ) } ) ; return c } function c ( ) { var b , c ; c = ba . styleSummary ; var d = U . value ( ) , e = d . styleSummary , h = ba . enabledFeatures , f = d . enabledFeatures ; b = a ( c . text , e . text ) ; c = a ( c . paragraph , e . paragraph ) ; h = ! ( f . directTextStyling === h . directTextStyling && f . directParagraphStyling === h . directParagraphStyling ) ; ba = d ; h && fa . emit ( gui . DirectFormattingController . enabledChanged , f ) ; 0 < Object . keys ( b ) . length && fa . emit ( gui . DirectFormattingController . textStylingChanged , b ) ; 0 < Object . keys ( c ) . length && fa . emit ( gui . DirectFormattingController . paragraphStylingChanged ,
c ) } function m ( ) { U . reset ( ) ; c ( ) } function h ( a ) { ( "string" === typeof a ? a : a . getMemberId ( ) ) === b && U . reset ( ) } function y ( ) { U . reset ( ) } function x ( a ) { var c = P . getCursor ( b ) ; a = a . paragraphElement ; c && S . getParagraphElement ( c . getNode ( ) ) === a && U . reset ( ) } function z ( a , b ) { b ( ! a ( ) ) ; return ! 0 } function w ( a ) { if ( q ( ) . directTextStyling ) { var c = P . getCursorSelection ( b ) , d = { "style:text-properties" : a } ; 0 !== c . length ? ( a = new ops . OpApplyDirectStyling , a . init ( { memberid : b , position : c . position , length : c . length , setProperties : d } ) , g . enqueue ( [ a ] ) ) : ( Z =
aa . mergeObjects ( Z || { } , d ) , U . reset ( ) ) } } function v ( a , b ) { var c = { } ; c [ a ] = b ; w ( c ) } function u ( a ) { a = a . spec ( ) ; Z && a . memberid === b && "SplitParagraph" !== a . optype && ( Z = null , U . reset ( ) ) } function t ( a ) { v ( "fo:font-weight" , a ? "bold" : "normal" ) } function A ( a ) { v ( "fo:font-style" , a ? "italic" : "normal" ) } function I ( a ) { v ( "style:text-underline-style" , a ? "solid" : "none" ) } function K ( a ) { v ( "style:text-line-through-style" , a ? "solid" : "none" ) } function L ( a ) { if ( q ( ) . directParagraphStyling ) { var c = P . getCursor ( b ) . getSelectedRange ( ) , c = S . getParagraphElements ( c ) ,
d = P . getFormatting ( ) , e = [ ] , h = { } , m ; c . forEach ( function ( c ) { var g = P . convertDomPointToCursorStep ( c , 0 , C ) , l = c . getAttributeNS ( odf . Namespaces . textns , "style-name" ) , k ; c = l ? h . hasOwnProperty ( l ) ? h [ l ] : void 0 : m ; c || ( c = f . generateStyleName ( ) , l ? ( h [ l ] = c , k = d . createDerivedStyleObject ( l , "paragraph" , { } ) ) : ( m = c , k = { } ) , k = a ( k ) , l = new ops . OpAddStyle , l . init ( { memberid : b , styleName : c . toString ( ) , styleFamily : "paragraph" , isAutomaticStyle : ! 0 , setProperties : k } ) , e . push ( l ) ) ; l = new ops . OpSetParagraphStyle ; l . init ( { memberid : b , styleName : c . toString ( ) ,
position : g } ) ; e . push ( l ) } ) ; g . enqueue ( e ) } } function E ( a ) { L ( function ( b ) { return aa . mergeObjects ( b , a ) } ) } function N ( a ) { E ( { "style:paragraph-properties" : { "fo:text-align" : a } } ) } function O ( a , b ) { var c = P . getFormatting ( ) . getDefaultTabStopDistance ( ) , d = b [ "style:paragraph-properties" ] , e ; d && ( d = d [ "fo:margin-left" ] , e = S . parseLength ( d ) ) ; return aa . mergeObjects ( b , { "style:paragraph-properties" : { "fo:margin-left" : e && e . unit === c . unit ? e . value + a * c . value + e . unit : a * c . value + c . unit } } ) } function D ( a , b ) { var c = e ( a ) , c = 0 === c . length ? [ a . startContainer ] :
c , c = P . getFormatting ( ) . getAppliedStyles ( c ) , d = 0 < c . length ? c [ 0 ] . styleProperties : void 0 , h = P . getFormatting ( ) . getAppliedStylesForElement ( b ) . styleProperties ; if ( ! d || "text" !== d [ "style:family" ] || ! d [ "style:text-properties" ] ) return ! 1 ; if ( ! h || ! h [ "style:text-properties" ] ) return ! 0 ; d = d [ "style:text-properties" ] ; h = h [ "style:text-properties" ] ; return ! Object . keys ( d ) . every ( function ( a ) { return d [ a ] === h [ a ] } ) } function V ( ) { } function W ( ) { return ! 1 } function J ( ) { return ! 1 } var R = this , P = g . getOdtDocument ( ) , aa = new core . Utils , S = odf . OdfUtils ,
fa = new core . EventNotifier ( [ gui . DirectFormattingController . enabledChanged , gui . DirectFormattingController . textStylingChanged , gui . DirectFormattingController . paragraphStylingChanged ] ) , ha = odf . Namespaces . textns , C = core . StepDirection . NEXT , Z = null , ba , U ; this . enabledFeatures = q ; this . formatTextSelection = w ; this . createCursorStyleOp = function ( a , c , d ) { var e = null , h = Z ; d && ( h = ( d = U . value ( ) . appliedStyles [ 0 ] ) && d . styleProperties ) ; h && h [ "style:text-properties" ] && ( e = new ops . OpApplyDirectStyling , e . init ( { memberid : b , position : a , length : c ,
setProperties : { "style:text-properties" : h [ "style:text-properties" ] } } ) , Z = null , U . reset ( ) ) ; return e } ; this . setBold = t ; this . setItalic = A ; this . setHasUnderline = I ; this . setHasStrikethrough = K ; this . setFontSize = function ( a ) { v ( "fo:font-size" , a + "pt" ) } ; this . setFontName = function ( a ) { v ( "style:font-name" , a ) } ; this . getAppliedStyles = function ( ) { return U . value ( ) . appliedStyles } ; this . toggleBold = z . bind ( R , function ( ) { return r ( ) . isBold ( ) } , t ) ; this . toggleItalic = z . bind ( R , function ( ) { return r ( ) . isItalic ( ) } , A ) ; this . toggleUnderline = z . bind ( R ,
function ( ) { return r ( ) . hasUnderline ( ) } , I ) ; this . toggleStrikethrough = z . bind ( R , function ( ) { return r ( ) . hasStrikeThrough ( ) } , K ) ; this . isBold = function ( ) { return r ( ) . isBold ( ) } ; this . isItalic = function ( ) { return r ( ) . isItalic ( ) } ; this . hasUnderline = function ( ) { return r ( ) . hasUnderline ( ) } ; this . hasStrikeThrough = function ( ) { return r ( ) . hasStrikeThrough ( ) } ; this . fontSize = function ( ) { return r ( ) . fontSize ( ) } ; this . fontName = function ( ) { return r ( ) . fontName ( ) } ; this . isAlignedLeft = function ( ) { return r ( ) . isAlignedLeft ( ) } ; this . isAlignedCenter =
function ( ) { return r ( ) . isAlignedCenter ( ) } ; this . isAlignedRight = function ( ) { return r ( ) . isAlignedRight ( ) } ; this . isAlignedJustified = function ( ) { return r ( ) . isAlignedJustified ( ) } ; this . alignParagraphLeft = function ( ) { N ( "left" ) ; return ! 0 } ; this . alignParagraphCenter = function ( ) { N ( "center" ) ; return ! 0 } ; this . alignParagraphRight = function ( ) { N ( "right" ) ; return ! 0 } ; this . alignParagraphJustified = function ( ) { N ( "justify" ) ; return ! 0 } ; this . indent = function ( ) { L ( O . bind ( null , 1 ) ) ; return ! 0 } ; this . outdent = function ( ) { L ( O . bind ( null , - 1 ) ) ; return ! 0 } ;
this . createParagraphStyleOps = function ( a ) { if ( ! q ( ) . directParagraphStyling ) return [ ] ; var c = P . getCursor ( b ) , d = c . getSelectedRange ( ) , e = [ ] , h , g ; c . hasForwardSelection ( ) ? ( h = c . getAnchorNode ( ) , g = c . getNode ( ) ) : ( h = c . getNode ( ) , g = c . getAnchorNode ( ) ) ; c = S . getParagraphElement ( g ) ; runtime . assert ( Boolean ( c ) , "DirectFormattingController: Cursor outside paragraph" ) ; var m = c , l = [ P . getPositionFilter ( ) , P . createRootFilter ( b ) ] ; if ( ! 1 !== P . createStepIterator ( d . endContainer , d . endOffset , l , m ) . nextStep ( ) ) return e ; g !== h && ( c = S . getParagraphElement ( h ) ) ;
if ( ! Z && ! D ( d , c ) ) return e ; d = ( d = U . value ( ) . appliedStyles [ 0 ] ) && d . styleProperties ; if ( ! d ) return e ; if ( c = c . getAttributeNS ( ha , "style-name" ) ) d = { "style:text-properties" : d [ "style:text-properties" ] } , d = P . getFormatting ( ) . createDerivedStyleObject ( c , "paragraph" , d ) ; h = f . generateStyleName ( ) ; c = new ops . OpAddStyle ; c . init ( { memberid : b , styleName : h , styleFamily : "paragraph" , isAutomaticStyle : ! 0 , setProperties : d } ) ; e . push ( c ) ; c = new ops . OpSetParagraphStyle ; c . init ( { memberid : b , styleName : h , position : a } ) ; e . push ( c ) ; return e } ; this . subscribe =
function ( a , c ) { fa . subscribe ( a , c ) } ; this . unsubscribe = function ( a , c ) { fa . unsubscribe ( a , c ) } ; this . destroy = function ( a ) { P . unsubscribe ( ops . Document . signalCursorAdded , h ) ; P . unsubscribe ( ops . Document . signalCursorRemoved , h ) ; P . unsubscribe ( ops . Document . signalCursorMoved , h ) ; P . unsubscribe ( ops . OdtDocument . signalParagraphStyleModified , y ) ; P . unsubscribe ( ops . OdtDocument . signalParagraphChanged , x ) ; P . unsubscribe ( ops . OdtDocument . signalOperationEnd , u ) ; P . unsubscribe ( ops . OdtDocument . signalProcessingBatchEnd , c ) ; k . unsubscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE ,
m ) ; a ( ) } ; ( function ( ) { P . subscribe ( ops . Document . signalCursorAdded , h ) ; P . subscribe ( ops . Document . signalCursorRemoved , h ) ; P . subscribe ( ops . Document . signalCursorMoved , h ) ; P . subscribe ( ops . OdtDocument . signalParagraphStyleModified , y ) ; P . subscribe ( ops . OdtDocument . signalParagraphChanged , x ) ; P . subscribe ( ops . OdtDocument . signalOperationEnd , u ) ; P . subscribe ( ops . OdtDocument . signalProcessingBatchEnd , c ) ; k . subscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , m ) ; U = new core . LazyProperty ( l ) ; ba = U . value ( ) ; n || ( R . formatTextSelection = V ,
R . setBold = V , R . setItalic = V , R . setHasUnderline = V , R . setHasStrikethrough = V , R . setFontSize = V , R . setFontName = V , R . toggleBold = J , R . toggleItalic = J , R . toggleUnderline = J , R . toggleStrikethrough = J ) ; p || ( R . alignParagraphCenter = W , R . alignParagraphJustified = W , R . alignParagraphLeft = W , R . alignParagraphRight = W , R . createParagraphStyleOps = function ( ) { return [ ] } , R . indent = W , R . outdent = W ) } ) ( ) } ; gui . DirectFormattingController . enabledChanged = "enabled/changed" ; gui . DirectFormattingController . textStylingChanged = "textStyling/changed" ;
gui . DirectFormattingController . paragraphStylingChanged = "paragraphStyling/changed" ; gui . DirectFormattingController . SelectionInfo = function ( ) { } ;
gui . KeyboardHandler = function ( ) { function g ( b , d ) { d || ( d = k . None ) ; switch ( b ) { case gui . KeyboardHandler . KeyCode . LeftMeta : case gui . KeyboardHandler . KeyCode . RightMeta : case gui . KeyboardHandler . KeyCode . MetaInMozilla : d |= k . Meta ; break ; case gui . KeyboardHandler . KeyCode . Ctrl : d |= k . Ctrl ; break ; case gui . KeyboardHandler . KeyCode . Alt : d |= k . Alt ; break ; case gui . KeyboardHandler . KeyCode . Shift : d |= k . Shift } return b + ":" + d } var k = gui . KeyboardHandler . Modifier , d = null , b = { } ; this . setDefault = function ( b ) { d = b } ; this . bind = function ( d , k , p , r ) { d = g ( d ,
k ) ; runtime . assert ( r || ! 1 === b . hasOwnProperty ( d ) , "tried to overwrite the callback handler of key combo: " + d ) ; b [ d ] = p } ; this . unbind = function ( d , k ) { var p = g ( d , k ) ; delete b [ p ] } ; this . reset = function ( ) { d = null ; b = { } } ; this . handleEvent = function ( f ) { var n = f . keyCode , p = k . None ; f . metaKey && ( p |= k . Meta ) ; f . ctrlKey && ( p |= k . Ctrl ) ; f . altKey && ( p |= k . Alt ) ; f . shiftKey && ( p |= k . Shift ) ; n = g ( n , p ) ; n = b [ n ] ; p = ! 1 ; n ? p = n ( ) : null !== d && ( p = d ( f ) ) ; p && ( f . preventDefault ? f . preventDefault ( ) : f . returnValue = ! 1 ) } } ;
gui . KeyboardHandler . Modifier = { None : 0 , Meta : 1 , Ctrl : 2 , Alt : 4 , CtrlAlt : 6 , Shift : 8 , MetaShift : 9 , CtrlShift : 10 , AltShift : 12 } ; gui . KeyboardHandler . KeyCode = { Backspace : 8 , Tab : 9 , Clear : 12 , Enter : 13 , Shift : 16 , Ctrl : 17 , Alt : 18 , End : 35 , Home : 36 , Left : 37 , Up : 38 , Right : 39 , Down : 40 , Delete : 46 , A : 65 , B : 66 , C : 67 , D : 68 , E : 69 , F : 70 , G : 71 , H : 72 , I : 73 , J : 74 , K : 75 , L : 76 , M : 77 , N : 78 , O : 79 , P : 80 , Q : 81 , R : 82 , S : 83 , T : 84 , U : 85 , V : 86 , W : 87 , X : 88 , Y : 89 , Z : 90 , LeftMeta : 91 , RightMeta : 93 , MetaInMozilla : 224 } ;
gui . HyperlinkClickHandler = function ( g , k , d ) { function b ( ) { var a = g ( ) ; runtime . assert ( Boolean ( a . classList ) , "Document container has no classList element" ) ; a . classList . remove ( "webodf-inactiveLinks" ) } function f ( ) { var a = g ( ) ; runtime . assert ( Boolean ( a . classList ) , "Document container has no classList element" ) ; a . classList . add ( "webodf-inactiveLinks" ) } function n ( ) { a . removeEventListener ( "focus" , f , ! 1 ) ; m . forEach ( function ( a ) { k . unbind ( a . keyCode , a . modifier ) ; d . unbind ( a . keyCode , a . modifier ) } ) ; m . length = 0 } function p ( c ) { n ( ) ;
if ( c !== r . None ) { a . addEventListener ( "focus" , f , ! 1 ) ; switch ( c ) { case r . Ctrl : m . push ( { keyCode : q . Ctrl , modifier : r . None } ) ; break ; case r . Meta : m . push ( { keyCode : q . LeftMeta , modifier : r . None } ) , m . push ( { keyCode : q . RightMeta , modifier : r . None } ) , m . push ( { keyCode : q . MetaInMozilla , modifier : r . None } ) } m . forEach ( function ( a ) { k . bind ( a . keyCode , a . modifier , b ) ; d . bind ( a . keyCode , a . modifier , f ) } ) } } var r = gui . KeyboardHandler . Modifier , q = gui . KeyboardHandler . KeyCode , e = xmldom . XPath , l = odf . OdfUtils , a = runtime . getWindow ( ) , c = r . None , m = [ ] ; runtime . assert ( null !==
a , "Expected to be run in an environment which has a global window, like a browser." ) ; this . handleClick = function ( b ) { var d = b . target || b . srcElement , f , m ; b . ctrlKey ? f = r . Ctrl : b . metaKey && ( f = r . Meta ) ; if ( c === r . None || c === f ) { a : { for ( ; null !== d ; ) { if ( l . isHyperlink ( d ) ) break a ; if ( l . isParagraph ( d ) ) break ; d = d . parentNode } d = null } d && ( d = l . getHyperlinkTarget ( d ) , "" !== d && ( "#" === d [ 0 ] ? ( d = d . substring ( 1 ) , f = g ( ) , m = e . getODFElementsWithXPath ( f , "//text:bookmark-start[@text:name='" + d + "']" , odf . Namespaces . lookupNamespaceURI ) , 0 === m . length &&
( m = e . getODFElementsWithXPath ( f , "//text:bookmark[@text:name='" + d + "']" , odf . Namespaces . lookupNamespaceURI ) ) , 0 < m . length && m [ 0 ] . scrollIntoView ( ! 0 ) ) : /^\s*(javascript|data):/ . test ( d ) ? runtime . log ( "WARN:" , "potentially malicious URL ignored" ) : a . open ( d ) , b . preventDefault ? b . preventDefault ( ) : b . returnValue = ! 1 ) ) } } ; this . setModifier = function ( a ) { c !== a && ( runtime . assert ( a === r . None || a === r . Ctrl || a === r . Meta , "Unsupported KeyboardHandler.Modifier value: " + a ) , c = a , c !== r . None ? f ( ) : b ( ) , p ( c ) ) } ; this . getModifier = function ( ) { return c } ;
this . destroy = function ( a ) { f ( ) ; n ( ) ; a ( ) } } ;
gui . EventManager = function ( g ) { function k ( a ) { function b ( a , c , d ) { var e , h = ! 1 ; e = "on" + c ; a . attachEvent && ( a . attachEvent ( e , d ) , h = ! 0 ) ; ! h && a . addEventListener && ( a . addEventListener ( c , d , ! 1 ) , h = ! 0 ) ; h && ! u [ c ] || ! a . hasOwnProperty ( e ) || ( a [ e ] = d ) } function c ( a , b , d ) { var e = "on" + b ; a . detachEvent && a . detachEvent ( e , d ) ; a . removeEventListener && a . removeEventListener ( b , d , ! 1 ) ; a [ e ] === d && ( a [ e ] = null ) } function d ( c ) { if ( - 1 === h . indexOf ( c ) ) { h . push ( c ) ; if ( e . filters . every ( function ( a ) { return a ( c ) } ) ) try { f . emit ( a , c ) } catch ( b ) { runtime . log ( "Error occurred while processing " +
a + ":\n" + b . message + "\n" + b . stack ) } runtime . setTimeout ( function ( ) { h . splice ( h . indexOf ( c ) , 1 ) } , 0 ) } } var e = this , h = [ ] , f = new core . EventNotifier ( [ a ] ) ; this . filters = [ ] ; this . subscribe = function ( c ) { f . subscribe ( a , c ) } ; this . unsubscribe = function ( c ) { f . unsubscribe ( a , c ) } ; this . destroy = function ( ) { c ( v , a , d ) ; c ( K , a , d ) ; c ( L , a , d ) } ; t [ a ] && b ( v , a , d ) ; b ( K , a , d ) ; b ( L , a , d ) } function d ( a , c , b ) { function d ( c ) { b ( c , e , function ( c ) { c . type = a ; h . emit ( a , c ) } ) } var e = { } , h = new core . EventNotifier ( [ a ] ) ; this . subscribe = function ( c ) { h . subscribe ( a , c ) } ; this . unsubscribe =
function ( c ) { h . unsubscribe ( a , c ) } ; this . destroy = function ( ) { c . forEach ( function ( a ) { E . unsubscribe ( a , d ) } ) } ; ( function ( ) { c . forEach ( function ( a ) { E . subscribe ( a , d ) } ) } ) ( ) } function b ( a ) { runtime . clearTimeout ( a ) ; delete N [ a ] } function f ( a , c ) { var d = runtime . setTimeout ( function ( ) { a ( ) ; b ( d ) } , c ) ; N [ d ] = ! 0 ; return d } function n ( a , c , d ) { var e = a . touches . length , h = a . touches [ 0 ] , g = c . timer ; "touchmove" === a . type || "touchend" === a . type ? g && b ( g ) : "touchstart" === a . type && ( 1 !== e ? runtime . clearTimeout ( g ) : g = f ( function ( ) { d ( { clientX : h . clientX , clientY : h . clientY ,
pageX : h . pageX , pageY : h . pageY , target : a . target || a . srcElement || null , detail : 1 } ) } , 400 ) ) ; c . timer = g } function p ( a , c , b ) { var d = a . touches [ 0 ] , e = a . target || a . srcElement || null , h = c . target ; 1 !== a . touches . length || "touchend" === a . type ? h = null : "touchstart" === a . type && "webodf-draggable" === e . getAttribute ( "class" ) ? h = e : "touchmove" === a . type && h && ( a . preventDefault ( ) , a . stopPropagation ( ) , b ( { clientX : d . clientX , clientY : d . clientY , pageX : d . pageX , pageY : d . pageY , target : h , detail : 1 } ) ) ; c . target = h } function r ( a , c , b ) { var d = a . target || a . srcElement ||
null , e = c . dragging ; "drag" === a . type ? e = ! 0 : "touchend" === a . type && e && ( e = ! 1 , a = a . changedTouches [ 0 ] , b ( { clientX : a . clientX , clientY : a . clientY , pageX : a . pageX , pageY : a . pageY , target : d , detail : 1 } ) ) ; c . dragging = e } function q ( ) { L . classList . add ( "webodf-touchEnabled" ) ; E . unsubscribe ( "touchstart" , q ) } function e ( a ) { var c = a . scrollX , b = a . scrollY ; this . restore = function ( ) { a . scrollX === c && a . scrollY === b || a . scrollTo ( c , b ) } } function l ( a ) { var c = a . scrollTop , b = a . scrollLeft ; this . restore = function ( ) { if ( a . scrollTop !== c || a . scrollLeft !== b ) a . scrollTop =
c , a . scrollLeft = b } } function a ( a , c ) { var b = I [ a ] || A [ a ] || null ; ! b && c && ( b = I [ a ] = new k ( a ) ) ; return b } function c ( c , b ) { a ( c , ! 0 ) . subscribe ( b ) } function m ( c , b ) { var d = a ( c , ! 1 ) ; d && d . unsubscribe ( b ) } function h ( ) { return g . getDOMDocument ( ) . activeElement === K } function y ( ) { h ( ) && K . blur ( ) ; K . setAttribute ( "disabled" , "true" ) } function x ( ) { K . removeAttribute ( "disabled" ) } function z ( a ) { for ( var c = [ ] ; a ; ) ( a . scrollWidth > a . clientWidth || a . scrollHeight > a . clientHeight ) && c . push ( new l ( a ) ) , a = a . parentNode ; c . push ( new e ( v ) ) ; return c } function w ( ) { var a ;
h ( ) || ( a = z ( K ) , x ( ) , K . focus ( ) , a . forEach ( function ( a ) { a . restore ( ) } ) ) } var v = runtime . getWindow ( ) , u = { beforecut : ! 0 , beforepaste : ! 0 , longpress : ! 0 , drag : ! 0 , dragstop : ! 0 } , t = { mousedown : ! 0 , mouseup : ! 0 , focus : ! 0 } , A = { } , I = { } , K , L = g . getCanvas ( ) . getElement ( ) , E = this , N = { } ; this . addFilter = function ( c , b ) { a ( c , ! 0 ) . filters . push ( b ) } ; this . removeFilter = function ( c , b ) { var d = a ( c , ! 0 ) , e = d . filters . indexOf ( b ) ; - 1 !== e && d . filters . splice ( e , 1 ) } ; this . subscribe = c ; this . unsubscribe = m ; this . hasFocus = h ; this . focus = w ; this . getEventTrap = function ( ) { return K } ;
this . setEditing = function ( a ) { var c = h ( ) ; c && K . blur ( ) ; a ? K . removeAttribute ( "readOnly" ) : K . setAttribute ( "readOnly" , "true" ) ; c && w ( ) } ; this . destroy = function ( a ) { m ( "touchstart" , q ) ; Object . keys ( N ) . forEach ( function ( a ) { b ( parseInt ( a , 10 ) ) } ) ; N . length = 0 ; Object . keys ( A ) . forEach ( function ( a ) { A [ a ] . destroy ( ) } ) ; A = { } ; m ( "mousedown" , y ) ; m ( "mouseup" , x ) ; m ( "contextmenu" , x ) ; Object . keys ( I ) . forEach ( function ( a ) { I [ a ] . destroy ( ) } ) ; I = { } ; K . parentNode . removeChild ( K ) ; a ( ) } ; ( function ( ) { var a = g . getOdfCanvas ( ) . getSizer ( ) , b = a . ownerDocument ; runtime . assert ( Boolean ( v ) ,
"EventManager requires a window object to operate correctly" ) ; K = b . createElement ( "textarea" ) ; K . id = "eventTrap" ; K . setAttribute ( "tabindex" , "-1" ) ; K . setAttribute ( "readOnly" , "true" ) ; K . setAttribute ( "rows" , "1" ) ; a . appendChild ( K ) ; c ( "mousedown" , y ) ; c ( "mouseup" , x ) ; c ( "contextmenu" , x ) ; A . longpress = new d ( "longpress" , [ "touchstart" , "touchmove" , "touchend" ] , n ) ; A . drag = new d ( "drag" , [ "touchstart" , "touchmove" , "touchend" ] , p ) ; A . dragstop = new d ( "dragstop" , [ "drag" , "touchend" ] , r ) ; c ( "touchstart" , q ) } ) ( ) } ;
gui . IOSSafariSupport = function ( g ) { function k ( ) { d . innerHeight !== d . outerHeight && ( b . style . display = "none" , runtime . requestAnimationFrame ( function ( ) { b . style . display = "block" } ) ) } var d = runtime . getWindow ( ) , b = g . getEventTrap ( ) ; this . destroy = function ( d ) { g . unsubscribe ( "focus" , k ) ; b . removeAttribute ( "autocapitalize" ) ; b . style . WebkitTransform = "" ; d ( ) } ; g . subscribe ( "focus" , k ) ; b . setAttribute ( "autocapitalize" , "off" ) ; b . style . WebkitTransform = "translateX(-10000px)" } ;
gui . HyperlinkController = function ( g , k , d , b ) { function f ( ) { var b = ! 0 ; ! 0 === k . getState ( gui . CommonConstraints . EDIT . REVIEW _MODE ) && ( b = d . isLocalCursorWithinOwnAnnotation ( ) ) ; b !== e && ( e = b , q . emit ( gui . HyperlinkController . enabledChanged , e ) ) } function n ( d ) { d . getMemberId ( ) === b && f ( ) } var p = odf . OdfUtils , r = g . getOdtDocument ( ) , q = new core . EventNotifier ( [ gui . HyperlinkController . enabledChanged ] ) , e = ! 1 ; this . isEnabled = function ( ) { return e } ; this . subscribe = function ( b , a ) { q . subscribe ( b , a ) } ; this . unsubscribe = function ( b , a ) { q . unsubscribe ( b ,
a ) } ; this . addHyperlink = function ( d , a ) { if ( e ) { var c = r . getCursorSelection ( b ) , f = new ops . OpApplyHyperlink , h = [ ] ; if ( 0 === c . length || a ) a = a || d , f = new ops . OpInsertText , f . init ( { memberid : b , position : c . position , text : a } ) , c . length = a . length , h . push ( f ) ; f = new ops . OpApplyHyperlink ; f . init ( { memberid : b , position : c . position , length : c . length , hyperlink : d } ) ; h . push ( f ) ; g . enqueue ( h ) } } ; this . removeHyperlinks = function ( ) { if ( e ) { var d = r . createPositionIterator ( r . getRootNode ( ) ) , a = r . getCursor ( b ) . getSelectedRange ( ) , c = p . getHyperlinkElements ( a ) ,
f = a . collapsed && 1 === c . length , h = r . getDOMDocument ( ) . createRange ( ) , k = [ ] , n , q ; 0 !== c . length && ( c . forEach ( function ( a ) { h . selectNodeContents ( a ) ; n = r . convertDomToCursorRange ( { anchorNode : h . startContainer , anchorOffset : h . startOffset , focusNode : h . endContainer , focusOffset : h . endOffset } ) ; q = new ops . OpRemoveHyperlink ; q . init ( { memberid : b , position : n . position , length : n . length } ) ; k . push ( q ) } ) , f || ( f = c [ 0 ] , - 1 === a . comparePoint ( f , 0 ) && ( h . setStart ( f , 0 ) , h . setEnd ( a . startContainer , a . startOffset ) , n = r . convertDomToCursorRange ( { anchorNode : h . startContainer ,
anchorOffset : h . startOffset , focusNode : h . endContainer , focusOffset : h . endOffset } ) , 0 < n . length && ( q = new ops . OpApplyHyperlink , q . init ( { memberid : b , position : n . position , length : n . length , hyperlink : p . getHyperlinkTarget ( f ) } ) , k . push ( q ) ) ) , c = c [ c . length - 1 ] , d . moveToEndOfNode ( c ) , d = d . unfilteredDomOffset ( ) , 1 === a . comparePoint ( c , d ) && ( h . setStart ( a . endContainer , a . endOffset ) , h . setEnd ( c , d ) , n = r . convertDomToCursorRange ( { anchorNode : h . startContainer , anchorOffset : h . startOffset , focusNode : h . endContainer , focusOffset : h . endOffset } ) , 0 < n . length &&
( q = new ops . OpApplyHyperlink , q . init ( { memberid : b , position : n . position , length : n . length , hyperlink : p . getHyperlinkTarget ( c ) } ) , k . push ( q ) ) ) ) , g . enqueue ( k ) , h . detach ( ) ) } } ; this . destroy = function ( b ) { r . unsubscribe ( ops . Document . signalCursorMoved , n ) ; k . unsubscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , f ) ; b ( ) } ; r . subscribe ( ops . Document . signalCursorMoved , n ) ; k . subscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , f ) ; f ( ) } ; gui . HyperlinkController . enabledChanged = "enabled/changed" ;
gui . ImageController = function ( g , k , d , b , f ) { function n ( ) { var a = ! 0 ; ! 0 === k . getState ( gui . CommonConstraints . EDIT . REVIEW _MODE ) && ( a = d . isLocalCursorWithinOwnAnnotation ( ) ) ; a !== m && ( m = a , c . emit ( gui . ImageController . enabledChanged , m ) ) } function p ( a ) { a . getMemberId ( ) === b && n ( ) } var r = { "image/gif" : ".gif" , "image/jpeg" : ".jpg" , "image/png" : ".png" } , q = odf . Namespaces . textns , e = g . getOdtDocument ( ) , l = odf . OdfUtils , a = e . getFormatting ( ) , c = new core . EventNotifier ( [ gui . HyperlinkController . enabledChanged ] ) , m = ! 1 ; this . isEnabled = function ( ) { return m } ;
this . subscribe = function ( a , b ) { c . subscribe ( a , b ) } ; this . unsubscribe = function ( a , b ) { c . unsubscribe ( a , b ) } ; this . insertImage = function ( c , d , k , n ) { if ( m ) { var p = new core . CSSUnits ; runtime . assert ( 0 < k && 0 < n , "Both width and height of the image should be greater than 0px." ) ; n = { width : k , height : n } ; if ( k = l . getParagraphElement ( e . getCursor ( b ) . getNode ( ) ) . getAttributeNS ( q , "style-name" ) ) { k = a . getContentSize ( k , "paragraph" ) ; var v = 1 , u = 1 ; n . width > k . width && ( v = k . width / n . width ) ; n . height > k . height && ( u = k . height / n . height ) ; k = Math . min ( v , u ) ; n =
{ width : n . width * k , height : n . height * k } } k = p . convert ( n . width , "px" , "cm" ) + "cm" ; p = p . convert ( n . height , "px" , "cm" ) + "cm" ; u = e . getOdfCanvas ( ) . odfContainer ( ) . rootElement . styles ; n = c . toLowerCase ( ) ; var v = r . hasOwnProperty ( n ) ? r [ n ] : null , t ; n = [ ] ; runtime . assert ( null !== v , "Image type is not supported: " + c ) ; v = "Pictures/" + f . generateImageName ( ) + v ; t = new ops . OpSetBlob ; t . init ( { memberid : b , filename : v , mimetype : c , content : d } ) ; n . push ( t ) ; a . getStyleElement ( "Graphics" , "graphic" , [ u ] ) || ( c = new ops . OpAddStyle , c . init ( { memberid : b , styleName : "Graphics" ,
styleFamily : "graphic" , isAutomaticStyle : ! 1 , setProperties : { "style:graphic-properties" : { "text:anchor-type" : "paragraph" , "svg:x" : "0cm" , "svg:y" : "0cm" , "style:wrap" : "dynamic" , "style:number-wrapped-paragraphs" : "no-limit" , "style:wrap-contour" : "false" , "style:vertical-pos" : "top" , "style:vertical-rel" : "paragraph" , "style:horizontal-pos" : "center" , "style:horizontal-rel" : "paragraph" } } } ) , n . push ( c ) ) ; c = f . generateStyleName ( ) ; d = new ops . OpAddStyle ; d . init ( { memberid : b , styleName : c , styleFamily : "graphic" , isAutomaticStyle : ! 0 ,
setProperties : { "style:parent-style-name" : "Graphics" , "style:graphic-properties" : { "style:vertical-pos" : "top" , "style:vertical-rel" : "baseline" , "style:horizontal-pos" : "center" , "style:horizontal-rel" : "paragraph" , "fo:background-color" : "transparent" , "style:background-transparency" : "100%" , "style:shadow" : "none" , "style:mirror" : "none" , "fo:clip" : "rect(0cm, 0cm, 0cm, 0cm)" , "draw:luminance" : "0%" , "draw:contrast" : "0%" , "draw:red" : "0%" , "draw:green" : "0%" , "draw:blue" : "0%" , "draw:gamma" : "100%" , "draw:color-inversion" : "false" ,
"draw:image-opacity" : "100%" , "draw:color-mode" : "standard" } } } ) ; n . push ( d ) ; t = new ops . OpInsertImage ; t . init ( { memberid : b , position : e . getCursorPosition ( b ) , filename : v , frameWidth : k , frameHeight : p , frameStyleName : c , frameName : f . generateFrameName ( ) } ) ; n . push ( t ) ; g . enqueue ( n ) } } ; this . destroy = function ( a ) { e . unsubscribe ( ops . Document . signalCursorMoved , p ) ; k . unsubscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , n ) ; a ( ) } ; e . subscribe ( ops . Document . signalCursorMoved , p ) ; k . subscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , n ) ; n ( ) } ;
gui . ImageController . enabledChanged = "enabled/changed" ;
gui . ImageSelector = function ( g ) { function k ( ) { var d = g . getSizer ( ) , k = f . createElement ( "div" ) ; k . id = "imageSelector" ; k . style . borderWidth = "1px" ; d . appendChild ( k ) ; b . forEach ( function ( b ) { var d = f . createElement ( "div" ) ; d . className = b ; k . appendChild ( d ) } ) ; return k } var d = odf . Namespaces . svgns , b = "topLeft topRight bottomRight bottomLeft topMiddle rightMiddle bottomMiddle leftMiddle" . split ( " " ) , f = g . getElement ( ) . ownerDocument , n = ! 1 ; this . select = function ( b ) { var r , q , e = f . getElementById ( "imageSelector" ) ; e || ( e = k ( ) ) ; n = ! 0 ; r = e . parentNode ;
q = b . getBoundingClientRect ( ) ; var l = r . getBoundingClientRect ( ) , a = g . getZoomLevel ( ) ; r = ( q . left - l . left ) / a - 1 ; q = ( q . top - l . top ) / a - 1 ; e . style . display = "block" ; e . style . left = r + "px" ; e . style . top = q + "px" ; e . style . width = b . getAttributeNS ( d , "width" ) ; e . style . height = b . getAttributeNS ( d , "height" ) } ; this . clearSelection = function ( ) { var b ; n && ( b = f . getElementById ( "imageSelector" ) ) && ( b . style . display = "none" ) ; n = ! 1 } ; this . isSelectorElement = function ( b ) { var d = f . getElementById ( "imageSelector" ) ; return d ? b === d || b . parentNode === d : ! 1 } } ;
( function ( ) { function g ( g ) { function d ( b ) { p = b . which && String . fromCharCode ( b . which ) === n ; n = void 0 ; return ! 1 === p } function b ( ) { p = ! 1 } function f ( b ) { n = b . data ; p = ! 1 } var n , p = ! 1 ; this . destroy = function ( n ) { g . unsubscribe ( "textInput" , b ) ; g . unsubscribe ( "compositionend" , f ) ; g . removeFilter ( "keypress" , d ) ; n ( ) } ; g . subscribe ( "textInput" , b ) ; g . subscribe ( "compositionend" , f ) ; g . addFilter ( "keypress" , d ) } gui . InputMethodEditor = function ( k , d ) { function b ( c ) { a && ( c ? a . getNode ( ) . setAttributeNS ( "urn:webodf:names:cursor" , "composing" , "true" ) : ( a . getNode ( ) . removeAttributeNS ( "urn:webodf:names:cursor" ,
"composing" ) , h . textContent = "" ) ) } function f ( ) { x && ( x = ! 1 , b ( ! 1 ) , w . emit ( gui . InputMethodEditor . signalCompositionEnd , { data : z } ) , z = "" ) } function n ( ) { I || ( I = ! 0 , f ( ) , a && a . getSelectedRange ( ) . collapsed ? c . value = "" : c . value = u . writeToString ( a . getSelectedRange ( ) . cloneContents ( ) ) , c . setSelectionRange ( 0 , c . value . length ) , I = ! 1 ) } function p ( ) { d . hasFocus ( ) && y . trigger ( ) } function r ( ) { v = void 0 ; y . cancel ( ) ; b ( ! 0 ) ; x || w . emit ( gui . InputMethodEditor . signalCompositionStart , { data : "" } ) } function q ( a ) { a = v = a . data ; x = ! 0 ; z += a ; y . trigger ( ) } function e ( a ) { a . data !==
v && ( a = a . data , x = ! 0 , z += a , y . trigger ( ) ) ; v = void 0 } function l ( ) { h . textContent = c . value } var a = null , c = d . getEventTrap ( ) , m = c . ownerDocument , h , y , x = ! 1 , z = "" , w = new core . EventNotifier ( [ gui . InputMethodEditor . signalCompositionStart , gui . InputMethodEditor . signalCompositionEnd ] ) , v , u , t = [ ] , A , I = ! 1 ; this . subscribe = w . subscribe ; this . unsubscribe = w . unsubscribe ; this . registerCursor = function ( c ) { c . getMemberId ( ) === k && ( a = c , a . getNode ( ) . appendChild ( h ) , c . subscribe ( ops . OdtCursor . signalCursorUpdated , p ) , d . subscribe ( "input" , l ) , d . subscribe ( "compositionupdate" ,
l ) ) } ; this . removeCursor = function ( c ) { a && c === k && ( a . getNode ( ) . removeChild ( h ) , a . unsubscribe ( ops . OdtCursor . signalCursorUpdated , p ) , d . unsubscribe ( "input" , l ) , d . unsubscribe ( "compositionupdate" , l ) , a = null ) } ; this . destroy = function ( a ) { d . unsubscribe ( "compositionstart" , r ) ; d . unsubscribe ( "compositionend" , q ) ; d . unsubscribe ( "textInput" , e ) ; d . unsubscribe ( "keypress" , f ) ; d . unsubscribe ( "focus" , n ) ; core . Async . destroyAll ( A , a ) } ; ( function ( ) { u = new odf . TextSerializer ; u . filter = new odf . OdfNodeFilter ; d . subscribe ( "compositionstart" , r ) ;
d . subscribe ( "compositionend" , q ) ; d . subscribe ( "textInput" , e ) ; d . subscribe ( "keypress" , f ) ; d . subscribe ( "focus" , n ) ; t . push ( new g ( d ) ) ; A = t . map ( function ( a ) { return a . destroy } ) ; h = m . createElement ( "span" ) ; h . setAttribute ( "id" , "composer" ) ; y = core . Task . createTimeoutTask ( n , 1 ) ; A . push ( y . destroy ) } ) ( ) } ; gui . InputMethodEditor . signalCompositionStart = "input/compositionstart" ; gui . InputMethodEditor . signalCompositionEnd = "input/compositionend" } ) ( ) ;
gui . MetadataController = function ( g , k ) { function d ( b ) { n . emit ( gui . MetadataController . signalMetadataChanged , b ) } function b ( b ) { var d = - 1 === p . indexOf ( b ) ; d || runtime . log ( "Setting " + b + " is restricted." ) ; return d } var f = g . getOdtDocument ( ) , n = new core . EventNotifier ( [ gui . MetadataController . signalMetadataChanged ] ) , p = [ "dc:creator" , "dc:date" , "meta:editing-cycles" , "meta:editing-duration" , "meta:document-statistic" ] ; this . setMetadata = function ( d , f ) { var e = { } , l = "" , a ; d && Object . keys ( d ) . filter ( b ) . forEach ( function ( a ) { e [ a ] = d [ a ] } ) ;
f && ( l = f . filter ( b ) . join ( "," ) ) ; if ( 0 < l . length || 0 < Object . keys ( e ) . length ) a = new ops . OpUpdateMetadata , a . init ( { memberid : k , setProperties : e , removedProperties : 0 < l . length ? { attributes : l } : null } ) , g . enqueue ( [ a ] ) } ; this . getMetadata = function ( b ) { var d ; runtime . assert ( "string" === typeof b , "Property must be a string" ) ; d = b . split ( ":" ) ; runtime . assert ( 2 === d . length , "Property must be a namespace-prefixed string" ) ; b = odf . Namespaces . lookupNamespaceURI ( d [ 0 ] ) ; runtime . assert ( Boolean ( b ) , "Prefix must be for an ODF namespace." ) ; return f . getOdfCanvas ( ) . odfContainer ( ) . getMetadata ( b ,
d [ 1 ] ) } ; this . subscribe = function ( b , d ) { n . subscribe ( b , d ) } ; this . unsubscribe = function ( b , d ) { n . unsubscribe ( b , d ) } ; this . destroy = function ( b ) { f . unsubscribe ( ops . OdtDocument . signalMetadataUpdated , d ) ; b ( ) } ; f . subscribe ( ops . OdtDocument . signalMetadataUpdated , d ) } ; gui . MetadataController . signalMetadataChanged = "metadata/changed" ;
gui . PasteController = function ( g , k , d , b ) { function f ( ) { r = ! 0 === k . getState ( gui . CommonConstraints . EDIT . REVIEW _MODE ) ? d . isLocalCursorWithinOwnAnnotation ( ) : ! 0 } function n ( a ) { a . getMemberId ( ) === b && f ( ) } var p = g . getOdtDocument ( ) , r = ! 1 , q = odf . Namespaces . textns , e = core . StepDirection . NEXT , l = odf . OdfUtils ; this . isEnabled = function ( ) { return r } ; this . paste = function ( a ) { if ( r ) { var c = p . getCursorPosition ( b ) , d = p . getCursor ( b ) . getNode ( ) , d = l . getParagraphElement ( d ) , h = d . getAttributeNS ( q , "style-name" ) || "" , f = c , k = [ ] , n = p . convertDomPointToCursorStep ( d ,
0 , e ) ; a . replace ( /\r/g , "" ) . split ( "\n" ) . forEach ( function ( a ) { var c = new ops . OpInsertText , d = new ops . OpSplitParagraph ; c . init ( { memberid : b , position : f , text : a , moveCursor : ! 0 } ) ; k . push ( c ) ; f += a . length ; d . init ( { memberid : b , position : f , paragraphStyleName : h , sourceParagraphPosition : n , moveCursor : ! 0 } ) ; k . push ( d ) ; n = f += 1 } ) ; k . pop ( ) ; g . enqueue ( k ) } } ; this . destroy = function ( a ) { p . unsubscribe ( ops . Document . signalCursorMoved , n ) ; k . unsubscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , f ) ; a ( ) } ; p . subscribe ( ops . Document . signalCursorMoved , n ) ;
k . subscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , f ) ; f ( ) } ; gui . ClosestXOffsetScanner = function ( g ) { function k ( b ) { return null !== b && void 0 !== f ? Math . abs ( b - g ) > f : ! 1 } function d ( b ) { null !== b && ! 1 === k ( b ) && ( f = Math . abs ( b - g ) ) } var b = this , f , n = gui . StepInfo . VisualDirection . LEFT _TO _RIGHT ; this . token = void 0 ; this . process = function ( f , g , q ) { var e , l ; f . visualDirection === n ? ( e = g && g . right , l = q && q . left ) : ( e = g && g . left , l = q && q . right ) ; if ( k ( e ) || k ( l ) ) return ! 0 ; if ( g || q ) d ( e ) , d ( l ) , b . token = f . token ; return ! 1 } } ;
gui . LineBoundaryScanner = function ( ) { var g = this , k = null ; this . token = void 0 ; this . process = function ( d , b , f ) { var n ; if ( n = f ) if ( k ) { var p = k ; n = Math . min ( p . bottom - p . top , f . bottom - f . top ) ; var r = Math . max ( p . top , f . top ) , p = Math . min ( p . bottom , f . bottom ) - r ; n = . 4 >= ( 0 < n ? p / n : 0 ) } else n = ! 1 ; ! b || f && ! n || ( g . token = d . token ) ; if ( n ) return ! 0 ; k = ( d = k ) && b ? { left : Math . min ( d . left , b . left ) , right : Math . max ( d . right , b . right ) , top : Math . min ( d . top , b . top ) , bottom : Math . min ( d . bottom , b . bottom ) } : d || b ; return ! 1 } } ;
gui . ParagraphBoundaryScanner = function ( ) { var g = this , k = ! 1 , d , b = odf . OdfUtils ; this . token = void 0 ; this . process = function ( f ) { var n = b . getParagraphElement ( f . container ( ) ) ; k || ( d = n , k = ! 0 ) ; if ( d !== n ) return ! 0 ; g . token = f . token ; return ! 1 } } ;
odf . WordBoundaryFilter = function ( g , k ) { function d ( a , b , c ) { for ( var d = null , e = g . getRootNode ( ) , f ; a !== e && null !== a && null === d ; ) f = 0 > b ? a . previousSibling : a . nextSibling , c ( f ) === NodeFilter . FILTER _ACCEPT && ( d = f ) , a = a . parentNode ; return d } function b ( a , b ) { var c ; return null === a ? m . NO _NEIGHBOUR : p . isCharacterElement ( a ) ? m . SPACE _CHAR : a . nodeType === f || p . isTextSpan ( a ) || p . isHyperlink ( a ) ? ( c = a . textContent . charAt ( b ( ) ) , q . test ( c ) ? m . SPACE _CHAR : r . test ( c ) ? m . PUNCTUATION _CHAR : m . WORD _CHAR ) : m . OTHER } var f = Node . TEXT _NODE , n = Node . ELEMENT _NODE ,
p = odf . OdfUtils , r = /[!-#%-*,-\/:-;?-@\[-\]_{}\u00a1\u00ab\u00b7\u00bb\u00bf;\u00b7\u055a-\u055f\u0589-\u058a\u05be\u05c0\u05c3\u05c6\u05f3-\u05f4\u0609-\u060a\u060c-\u060d\u061b\u061e-\u061f\u066a-\u066d\u06d4\u0700-\u070d\u07f7-\u07f9\u0964-\u0965\u0970\u0df4\u0e4f\u0e5a-\u0e5b\u0f04-\u0f12\u0f3a-\u0f3d\u0f85\u0fd0-\u0fd4\u104a-\u104f\u10fb\u1361-\u1368\u166d-\u166e\u169b-\u169c\u16eb-\u16ed\u1735-\u1736\u17d4-\u17d6\u17d8-\u17da\u1800-\u180a\u1944-\u1945\u19de-\u19df\u1a1e-\u1a1f\u1b5a-\u1b60\u1c3b-\u1c3f\u1c7e-\u1c7f\u2000-\u206e\u207d-\u207e\u208d-\u208e\u3008-\u3009\u2768-\u2775\u27c5-\u27c6\u27e6-\u27ef\u2983-\u2998\u29d8-\u29db\u29fc-\u29fd\u2cf9-\u2cfc\u2cfe-\u2cff\u2e00-\u2e7e\u3000-\u303f\u30a0\u30fb\ua60d-\ua60f\ua673\ua67e\ua874-\ua877\ua8ce-\ua8cf\ua92e-\ua92f\ua95f\uaa5c-\uaa5f\ufd3e-\ufd3f\ufe10-\ufe19\ufe30-\ufe52\ufe54-\ufe61\ufe63\ufe68\ufe6a-\ufe6b\uff01-\uff03\uff05-\uff0a\uff0c-\uff0f\uff1a-\uff1b\uff1f-\uff20\uff3b-\uff3d\uff3f\uff5b\uff5d\uff5f-\uff65]|\ud800[\udd00-\udd01\udf9f\udfd0]|\ud802[\udd1f\udd3f\ude50-\ude58]|\ud809[\udc00-\udc7e]/ ,
q = /\s/ , e = core . PositionFilter . FilterResult . FILTER _ACCEPT , l = core . PositionFilter . FilterResult . FILTER _REJECT , a = odf . WordBoundaryFilter . IncludeWhitespace . TRAILING , c = odf . WordBoundaryFilter . IncludeWhitespace . LEADING , m = { NO _NEIGHBOUR : 0 , SPACE _CHAR : 1 , PUNCTUATION _CHAR : 2 , WORD _CHAR : 3 , OTHER : 4 } ; this . acceptPosition = function ( f ) { var g = f . container ( ) , p = f . leftNode ( ) , r = f . rightNode ( ) , q = f . unfilteredDomOffset , v = function ( ) { return f . unfilteredDomOffset ( ) - 1 } ; g . nodeType === n && ( null === r && ( r = d ( g , 1 , f . getNodeFilter ( ) ) ) , null === p && ( p =
d ( g , - 1 , f . getNodeFilter ( ) ) ) ) ; g !== r && ( q = function ( ) { return 0 } ) ; g !== p && null !== p && ( v = function ( ) { return p . textContent . length - 1 } ) ; g = b ( p , v ) ; r = b ( r , q ) ; return g === m . WORD _CHAR && r === m . WORD _CHAR || g === m . PUNCTUATION _CHAR && r === m . PUNCTUATION _CHAR || k === a && g !== m . NO _NEIGHBOUR && r === m . SPACE _CHAR || k === c && g === m . SPACE _CHAR && r !== m . NO _NEIGHBOUR ? l : e } } ; odf . WordBoundaryFilter . IncludeWhitespace = { None : 0 , TRAILING : 1 , LEADING : 2 } ;
gui . SelectionController = function ( g , k ) { function d ( a ) { var b = a . spec ( ) ; if ( a . isEdit || b . memberid === k ) I = void 0 , K . cancel ( ) } function b ( ) { var a = x . getCursor ( k ) . getNode ( ) ; return x . createStepIterator ( a , 0 , [ v , t ] , x . getRootElement ( a ) ) } function f ( a , b , c ) { c = new odf . WordBoundaryFilter ( x , c ) ; var d = x . getRootElement ( a ) || x . getRootNode ( ) , e = x . createRootFilter ( d ) ; return x . createStepIterator ( a , b , [ v , e , c ] , d ) } function n ( a , b ) { return b ? { anchorNode : a . startContainer , anchorOffset : a . startOffset , focusNode : a . endContainer , focusOffset : a . endOffset } :
{ anchorNode : a . endContainer , anchorOffset : a . endOffset , focusNode : a . startContainer , focusOffset : a . startOffset } } function p ( a , b , c ) { var d = new ops . OpMoveCursor ; d . init ( { memberid : k , position : a , length : b || 0 , selectionType : c } ) ; return d } function r ( a , b , c ) { var d ; d = x . getCursor ( k ) ; d = n ( d . getSelectedRange ( ) , d . hasForwardSelection ( ) ) ; d . focusNode = a ; d . focusOffset = b ; c || ( d . anchorNode = d . focusNode , d . anchorOffset = d . focusOffset ) ; a = x . convertDomToCursorRange ( d ) ; g . enqueue ( [ p ( a . position , a . length ) ] ) } function q ( a ) { var b ; b = f ( a . startContainer ,
a . startOffset , L ) ; b . roundToPreviousStep ( ) && a . setStart ( b . container ( ) , b . offset ( ) ) ; b = f ( a . endContainer , a . endOffset , E ) ; b . roundToNextStep ( ) && a . setEnd ( b . container ( ) , b . offset ( ) ) } function e ( a ) { var b = w . getParagraphElements ( a ) , c = b [ 0 ] , b = b [ b . length - 1 ] ; c && a . setStart ( c , 0 ) ; b && ( w . isParagraph ( a . endContainer ) && 0 === a . endOffset ? a . setEndBefore ( b ) : a . setEnd ( b , b . childNodes . length ) ) } function l ( a , b , c , d ) { var e , f ; d ? ( e = c . startContainer , f = c . startOffset ) : ( e = c . endContainer , f = c . endOffset ) ; z . containsNode ( a , e ) || ( f = 0 > z . comparePoints ( a ,
0 , e , f ) ? 0 : a . childNodes . length , e = a ) ; a = x . createStepIterator ( e , f , b , w . getParagraphElement ( e ) || a ) ; a . roundToClosestStep ( ) || runtime . assert ( ! 1 , "No step found in requested range" ) ; d ? c . setStart ( a . container ( ) , a . offset ( ) ) : c . setEnd ( a . container ( ) , a . offset ( ) ) } function a ( a , c ) { var d = b ( ) ; d . advanceStep ( a ) && r ( d . container ( ) , d . offset ( ) , c ) } function c ( a , c ) { var d , e = I , f = [ new gui . LineBoundaryScanner , new gui . ParagraphBoundaryScanner ] ; void 0 === e && A && ( e = A ( ) ) ; isNaN ( e ) || ( d = b ( ) , u . moveToFilteredStep ( d , a , f ) && d . advanceStep ( a ) && ( f = [ new gui . ClosestXOffsetScanner ( e ) ,
new gui . LineBoundaryScanner , new gui . ParagraphBoundaryScanner ] , u . moveToFilteredStep ( d , a , f ) && ( r ( d . container ( ) , d . offset ( ) , c ) , I = e , K . restart ( ) ) ) ) } function m ( a , c ) { var d = b ( ) , e = [ new gui . LineBoundaryScanner , new gui . ParagraphBoundaryScanner ] ; u . moveToFilteredStep ( d , a , e ) && r ( d . container ( ) , d . offset ( ) , c ) } function h ( a , b ) { var c = x . getCursor ( k ) , c = n ( c . getSelectedRange ( ) , c . hasForwardSelection ( ) ) , c = f ( c . focusNode , c . focusOffset , L ) ; c . advanceStep ( a ) && r ( c . container ( ) , c . offset ( ) , b ) } function y ( a , b , c ) { var d = ! 1 , e = x . getCursor ( k ) ,
e = n ( e . getSelectedRange ( ) , e . hasForwardSelection ( ) ) , d = x . getRootElement ( e . focusNode ) ; runtime . assert ( Boolean ( d ) , "SelectionController: Cursor outside root" ) ; e = x . createStepIterator ( e . focusNode , e . focusOffset , [ v , t ] , d ) ; e . roundToClosestStep ( ) ; e . advanceStep ( a ) && ( c = c ( e . container ( ) ) ) && ( a === N ? ( e . setPosition ( c , 0 ) , d = e . roundToNextStep ( ) ) : ( e . setPosition ( c , c . childNodes . length ) , d = e . roundToPreviousStep ( ) ) , d && r ( e . container ( ) , e . offset ( ) , b ) ) } var x = g . getOdtDocument ( ) , z = core . DomUtils , w = odf . OdfUtils , v = x . getPositionFilter ( ) ,
u = new gui . GuiStepUtils , t = x . createRootFilter ( k ) , A = null , I , K , L = odf . WordBoundaryFilter . IncludeWhitespace . TRAILING , E = odf . WordBoundaryFilter . IncludeWhitespace . LEADING , N = core . StepDirection . PREVIOUS , O = core . StepDirection . NEXT ; this . selectionToRange = function ( a ) { var b = 0 <= z . comparePoints ( a . anchorNode , a . anchorOffset , a . focusNode , a . focusOffset ) , c = a . focusNode . ownerDocument . createRange ( ) ; b ? ( c . setStart ( a . anchorNode , a . anchorOffset ) , c . setEnd ( a . focusNode , a . focusOffset ) ) : ( c . setStart ( a . focusNode , a . focusOffset ) , c . setEnd ( a . anchorNode ,
a . anchorOffset ) ) ; return { range : c , hasForwardSelection : b } } ; this . rangeToSelection = n ; this . selectImage = function ( a ) { var c = x . getRootElement ( a ) , b = x . createRootFilter ( c ) , c = x . createStepIterator ( a , 0 , [ b , x . getPositionFilter ( ) ] , c ) , d ; c . roundToPreviousStep ( ) || runtime . assert ( ! 1 , "No walkable position before frame" ) ; b = c . container ( ) ; d = c . offset ( ) ; c . setPosition ( a , a . childNodes . length ) ; c . roundToNextStep ( ) || runtime . assert ( ! 1 , "No walkable position after frame" ) ; a = x . convertDomToCursorRange ( { anchorNode : b , anchorOffset : d , focusNode : c . container ( ) ,
focusOffset : c . offset ( ) } ) ; a = p ( a . position , a . length , ops . OdtCursor . RegionSelection ) ; g . enqueue ( [ a ] ) } ; this . expandToWordBoundaries = q ; this . expandToParagraphBoundaries = e ; this . selectRange = function ( a , c , b ) { var d = x . getOdfCanvas ( ) . getElement ( ) , f , h = [ v ] ; f = z . containsNode ( d , a . startContainer ) ; d = z . containsNode ( d , a . endContainer ) ; if ( f || d ) if ( f && d && ( 2 === b ? q ( a ) : 3 <= b && e ( a ) ) , ( b = c ? x . getRootElement ( a . startContainer ) : x . getRootElement ( a . endContainer ) ) || ( b = x . getRootNode ( ) ) , h . push ( x . createRootFilter ( b ) ) , l ( b , h , a , ! 0 ) , l ( b , h , a , ! 1 ) , a =
n ( a , c ) , c = x . convertDomToCursorRange ( a ) , a = x . getCursorSelection ( k ) , c . position !== a . position || c . length !== a . length ) a = p ( c . position , c . length , ops . OdtCursor . RangeSelection ) , g . enqueue ( [ a ] ) } ; this . moveCursorToLeft = function ( ) { a ( N , ! 1 ) ; return ! 0 } ; this . moveCursorToRight = function ( ) { a ( O , ! 1 ) ; return ! 0 } ; this . extendSelectionToLeft = function ( ) { a ( N , ! 0 ) ; return ! 0 } ; this . extendSelectionToRight = function ( ) { a ( O , ! 0 ) ; return ! 0 } ; this . setCaretXPositionLocator = function ( a ) { A = a } ; this . moveCursorUp = function ( ) { c ( N , ! 1 ) ; return ! 0 } ; this . moveCursorDown =
function ( ) { c ( O , ! 1 ) ; return ! 0 } ; this . extendSelectionUp = function ( ) { c ( N , ! 0 ) ; return ! 0 } ; this . extendSelectionDown = function ( ) { c ( O , ! 0 ) ; return ! 0 } ; this . moveCursorBeforeWord = function ( ) { h ( N , ! 1 ) ; return ! 0 } ; this . moveCursorPastWord = function ( ) { h ( O , ! 1 ) ; return ! 0 } ; this . extendSelectionBeforeWord = function ( ) { h ( N , ! 0 ) ; return ! 0 } ; this . extendSelectionPastWord = function ( ) { h ( O , ! 0 ) ; return ! 0 } ; this . moveCursorToLineStart = function ( ) { m ( N , ! 1 ) ; return ! 0 } ; this . moveCursorToLineEnd = function ( ) { m ( O , ! 1 ) ; return ! 0 } ; this . extendSelectionToLineStart =
function ( ) { m ( N , ! 0 ) ; return ! 0 } ; this . extendSelectionToLineEnd = function ( ) { m ( O , ! 0 ) ; return ! 0 } ; this . extendSelectionToParagraphStart = function ( ) { y ( N , ! 0 , w . getParagraphElement ) ; return ! 0 } ; this . extendSelectionToParagraphEnd = function ( ) { y ( O , ! 0 , w . getParagraphElement ) ; return ! 0 } ; this . moveCursorToParagraphStart = function ( ) { y ( N , ! 1 , w . getParagraphElement ) ; return ! 0 } ; this . moveCursorToParagraphEnd = function ( ) { y ( O , ! 1 , w . getParagraphElement ) ; return ! 0 } ; this . moveCursorToDocumentStart = function ( ) { y ( N , ! 1 , x . getRootElement ) ; return ! 0 } ;
this . moveCursorToDocumentEnd = function ( ) { y ( O , ! 1 , x . getRootElement ) ; return ! 0 } ; this . extendSelectionToDocumentStart = function ( ) { y ( N , ! 0 , x . getRootElement ) ; return ! 0 } ; this . extendSelectionToDocumentEnd = function ( ) { y ( O , ! 0 , x . getRootElement ) ; return ! 0 } ; this . extendSelectionToEntireDocument = function ( ) { var a = x . getCursor ( k ) , a = x . getRootElement ( a . getNode ( ) ) , c , b , d ; runtime . assert ( Boolean ( a ) , "SelectionController: Cursor outside root" ) ; d = x . createStepIterator ( a , 0 , [ v , t ] , a ) ; d . roundToClosestStep ( ) ; c = d . container ( ) ; b = d . offset ( ) ;
d . setPosition ( a , a . childNodes . length ) ; d . roundToClosestStep ( ) ; a = x . convertDomToCursorRange ( { anchorNode : c , anchorOffset : b , focusNode : d . container ( ) , focusOffset : d . offset ( ) } ) ; g . enqueue ( [ p ( a . position , a . length ) ] ) ; return ! 0 } ; this . destroy = function ( a ) { x . unsubscribe ( ops . OdtDocument . signalOperationStart , d ) ; core . Async . destroyAll ( [ K . destroy ] , a ) } ; ( function ( ) { K = core . Task . createTimeoutTask ( function ( ) { I = void 0 } , 2E3 ) ; x . subscribe ( ops . OdtDocument . signalOperationStart , d ) } ) ( ) } ;
gui . TextController = function ( g , k , d , b , f , n ) { function p ( ) { y = ! 0 === k . getState ( gui . CommonConstraints . EDIT . REVIEW _MODE ) ? d . isLocalCursorWithinOwnAnnotation ( ) : ! 0 } function r ( a ) { a . getMemberId ( ) === b && p ( ) } function q ( a , b , d ) { var e = [ c . getPositionFilter ( ) ] ; d && e . push ( c . createRootFilter ( a . startContainer ) ) ; d = c . createStepIterator ( a . startContainer , a . startOffset , e , b ) ; d . roundToClosestStep ( ) || runtime . assert ( ! 1 , "No walkable step found in paragraph element at range start" ) ; b = c . convertDomPointToCursorStep ( d . container ( ) , d . offset ( ) ) ;
a . collapsed ? a = b : ( d . setPosition ( a . endContainer , a . endOffset ) , d . roundToClosestStep ( ) || runtime . assert ( ! 1 , "No walkable step found in paragraph element at range end" ) , a = c . convertDomPointToCursorStep ( d . container ( ) , d . offset ( ) ) ) ; return { position : b , length : a - b } } function e ( a ) { var c , d , e , f = m . getParagraphElements ( a ) , g = a . cloneRange ( ) , l = [ ] ; c = f [ 0 ] ; 1 < f . length && ( m . hasNoODFContent ( c ) && ( c = f [ f . length - 1 ] ) , d = c . getAttributeNS ( odf . Namespaces . textns , "style-name" ) || "" ) ; f . forEach ( function ( c , f ) { var m , k ; g . setStart ( c , 0 ) ; g . collapse ( ! 0 ) ;
m = q ( g , c , ! 1 ) . position ; 0 < f && ( k = new ops . OpMergeParagraph , k . init ( { memberid : b , paragraphStyleName : d , destinationStartPosition : e , sourceStartPosition : m , moveCursor : 1 === f } ) , l . unshift ( k ) ) ; e = m ; g . selectNodeContents ( c ) ; if ( m = h . rangeIntersection ( g , a ) ) m = q ( m , c , ! 0 ) , 0 < m . length && ( k = new ops . OpRemoveText , k . init ( { memberid : b , position : m . position , length : m . length } ) , l . unshift ( k ) ) } ) ; return l } function l ( a ) { 0 > a . length && ( a . position += a . length , a . length = - a . length ) ; return a } function a ( a ) { if ( ! y ) return ! 1 ; var d , f = c . getCursor ( b ) . getSelectedRange ( ) . cloneRange ( ) ,
h = l ( c . getCursorSelection ( b ) ) , m ; if ( 0 === h . length ) { h = void 0 ; d = c . getCursor ( b ) . getNode ( ) ; m = c . getRootElement ( d ) ; var k = [ c . getPositionFilter ( ) , c . createRootFilter ( m ) ] ; m = c . createStepIterator ( d , 0 , k , m ) ; m . roundToClosestStep ( ) && ( a ? m . nextStep ( ) : m . previousStep ( ) ) && ( h = l ( c . convertDomToCursorRange ( { anchorNode : d , anchorOffset : 0 , focusNode : m . container ( ) , focusOffset : m . offset ( ) } ) ) , a ? ( f . setStart ( d , 0 ) , f . setEnd ( m . container ( ) , m . offset ( ) ) ) : ( f . setStart ( m . container ( ) , m . offset ( ) ) , f . setEnd ( d , 0 ) ) ) } h && g . enqueue ( e ( f ) ) ; return void 0 !==
h } var c = g . getOdtDocument ( ) , m = odf . OdfUtils , h = core . DomUtils , y = ! 1 , x = odf . Namespaces . textns , z = core . StepDirection . NEXT ; this . isEnabled = function ( ) { return y } ; this . enqueueParagraphSplittingOps = function ( ) { if ( ! y ) return ! 1 ; var a = c . getCursor ( b ) , d = a . getSelectedRange ( ) , f = l ( c . getCursorSelection ( b ) ) , h = [ ] , a = m . getParagraphElement ( a . getNode ( ) ) , k = a . getAttributeNS ( x , "style-name" ) || "" ; 0 < f . length && ( h = h . concat ( e ( d ) ) ) ; d = new ops . OpSplitParagraph ; d . init ( { memberid : b , position : f . position , paragraphStyleName : k , sourceParagraphPosition : c . convertDomPointToCursorStep ( a ,
0 , z ) , moveCursor : ! 0 } ) ; h . push ( d ) ; n && ( f = n ( f . position + 1 ) , h = h . concat ( f ) ) ; g . enqueue ( h ) ; return ! 0 } ; this . removeTextByBackspaceKey = function ( ) { return a ( ! 1 ) } ; this . removeTextByDeleteKey = function ( ) { return a ( ! 0 ) } ; this . removeCurrentSelection = function ( ) { if ( ! y ) return ! 1 ; var a = c . getCursor ( b ) . getSelectedRange ( ) ; g . enqueue ( e ( a ) ) ; return ! 0 } ; this . insertText = function ( a ) { if ( y ) { var d = c . getCursor ( b ) . getSelectedRange ( ) , h = l ( c . getCursorSelection ( b ) ) , m = [ ] , k = ! 1 ; 0 < h . length && ( m = m . concat ( e ( d ) ) , k = ! 0 ) ; d = new ops . OpInsertText ; d . init ( { memberid : b ,
position : h . position , text : a , moveCursor : ! 0 } ) ; m . push ( d ) ; f && ( a = f ( h . position , a . length , k ) ) && m . push ( a ) ; g . enqueue ( m ) } } ; this . destroy = function ( a ) { c . unsubscribe ( ops . Document . signalCursorMoved , r ) ; k . unsubscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , p ) ; a ( ) } ; c . subscribe ( ops . Document . signalCursorMoved , r ) ; k . subscribe ( gui . CommonConstraints . EDIT . REVIEW _MODE , p ) ; p ( ) } ; gui . UndoManager = function ( ) { } ; gui . UndoManager . prototype . subscribe = function ( g , k ) { } ; gui . UndoManager . prototype . unsubscribe = function ( g , k ) { } ;
gui . UndoManager . prototype . setDocument = function ( g ) { } ; gui . UndoManager . prototype . setInitialState = function ( ) { } ; gui . UndoManager . prototype . initialize = function ( ) { } ; gui . UndoManager . prototype . purgeInitialState = function ( ) { } ; gui . UndoManager . prototype . setPlaybackFunction = function ( g ) { } ; gui . UndoManager . prototype . hasUndoStates = function ( ) { } ; gui . UndoManager . prototype . hasRedoStates = function ( ) { } ; gui . UndoManager . prototype . moveForward = function ( g ) { } ; gui . UndoManager . prototype . moveBackward = function ( g ) { } ;
gui . UndoManager . prototype . onOperationExecuted = function ( g ) { } ; gui . UndoManager . prototype . isDocumentModified = function ( ) { } ; gui . UndoManager . prototype . setDocumentModified = function ( g ) { } ; gui . UndoManager . signalUndoStackChanged = "undoStackChanged" ; gui . UndoManager . signalUndoStateCreated = "undoStateCreated" ; gui . UndoManager . signalUndoStateModified = "undoStateModified" ; gui . UndoManager . signalDocumentModifiedChanged = "documentModifiedChanged" ;
gui . SessionControllerOptions = function ( ) { this . annotationsEnabled = this . directParagraphStylingEnabled = this . directTextStylingEnabled = ! 1 } ;
( function ( ) { var g = core . PositionFilter . FilterResult . FILTER _ACCEPT ; gui . SessionController = function ( k , d , b , f ) { function n ( a , c ) { var b = J . getDOMDocument ( ) , d = null ; b . caretRangeFromPoint ? ( b = b . caretRangeFromPoint ( a , c ) , d = { container : b . startContainer , offset : b . startOffset } ) : b . caretPositionFromPoint && ( b = b . caretPositionFromPoint ( a , c ) ) && b . offsetNode && ( d = { container : b . offsetNode , offset : b . offset } ) ; return d } function p ( a ) { var c = J . getCursor ( d ) . getSelectedRange ( ) ; c . collapsed ? a . preventDefault ( ) : ha . setDataFromRange ( a , c ) ? da . removeCurrentSelection ( ) :
runtime . log ( "Cut operation failed" ) } function r ( ) { return ! 1 !== J . getCursor ( d ) . getSelectedRange ( ) . collapsed } function q ( a ) { var c = J . getCursor ( d ) . getSelectedRange ( ) ; c . collapsed ? a . preventDefault ( ) : ha . setDataFromRange ( a , c ) || runtime . log ( "Copy operation failed" ) } function e ( a ) { var c ; W . clipboardData && W . clipboardData . getData ? c = W . clipboardData . getData ( "Text" ) : a . clipboardData && a . clipboardData . getData && ( c = a . clipboardData . getData ( "text/plain" ) ) ; c && ( da . removeCurrentSelection ( ) , ea . paste ( c ) ) ; a . preventDefault ? a . preventDefault ( ) :
a . returnValue = ! 1 } function l ( ) { return ! 1 } function a ( a ) { if ( Q ) Q . onOperationExecuted ( a ) } function c ( a ) { J . emit ( ops . OdtDocument . signalUndoStackChanged , a ) } function m ( ) { var a ; return Q ? ( a = F . hasFocus ( ) , Q . moveBackward ( 1 ) , a && F . focus ( ) , ! 0 ) : ! 1 } function h ( ) { var a ; return Q ? ( a = F . hasFocus ( ) , Q . moveForward ( 1 ) , a && F . focus ( ) , ! 0 ) : ! 1 } function y ( a ) { var c = J . getCursor ( d ) . getSelectedRange ( ) , e = ( a . target || a . srcElement || null ) . getAttribute ( "end" ) ; c && e && ( a = n ( a . clientX , a . clientY ) ) && ( ia . setUnfilteredPosition ( a . container , a . offset ) , Y . acceptPosition ( ia ) ===
g && ( c = c . cloneRange ( ) , "left" === e ? c . setStart ( ia . container ( ) , ia . unfilteredDomOffset ( ) ) : c . setEnd ( ia . container ( ) , ia . unfilteredDomOffset ( ) ) , b . setSelectedRange ( c , "right" === e ) , J . emit ( ops . Document . signalCursorMoved , b ) ) ) } function x ( ) { T . selectRange ( b . getSelectedRange ( ) , b . hasForwardSelection ( ) , 1 ) } function z ( ) { var a = W . getSelection ( ) , c = 0 < a . rangeCount && T . selectionToRange ( a ) ; U && c && ( B = ! 0 , la . clearSelection ( ) , ia . setUnfilteredPosition ( a . focusNode , a . focusOffset ) , Y . acceptPosition ( ia ) === g && ( 2 === oa ? T . expandToWordBoundaries ( c . range ) :
3 <= oa && T . expandToParagraphBoundaries ( c . range ) , b . setSelectedRange ( c . range , c . hasForwardSelection ) , J . emit ( ops . Document . signalCursorMoved , b ) ) ) } function w ( a ) { var c = a . target || a . srcElement || null , b = J . getCursor ( d ) ; if ( U = null !== c && aa . containsNode ( J . getOdfCanvas ( ) . getElement ( ) , c ) ) B = ! 1 , c = J . getRootElement ( c ) || J . getRootNode ( ) , Y = J . createRootFilter ( c ) , oa = 0 === a . button ? a . detail : 0 , b && a . shiftKey ? W . getSelection ( ) . collapse ( b . getAnchorNode ( ) , 0 ) : ( a = W . getSelection ( ) , c = b . getSelectedRange ( ) , a . extend ? b . hasForwardSelection ( ) ?
( a . collapse ( c . startContainer , c . startOffset ) , a . extend ( c . endContainer , c . endOffset ) ) : ( a . collapse ( c . endContainer , c . endOffset ) , a . extend ( c . startContainer , c . startOffset ) ) : ( a . removeAllRanges ( ) , a . addRange ( c . cloneRange ( ) ) ) ) , 1 < oa && z ( ) } function v ( a ) { var c = J . getRootElement ( a ) , b = J . createRootFilter ( c ) , c = J . createStepIterator ( a , 0 , [ b , J . getPositionFilter ( ) ] , c ) ; c . setPosition ( a , a . childNodes . length ) ; return c . roundToNextStep ( ) ? { container : c . container ( ) , offset : c . offset ( ) } : null } function u ( a ) { var c ; c = ( c = W . getSelection ( ) ) ? { anchorNode : c . anchorNode ,
anchorOffset : c . anchorOffset , focusNode : c . focusNode , focusOffset : c . focusOffset } : null ; var b = W . getSelection ( ) . isCollapsed , d , e ; c . anchorNode || c . focusNode || ! ( d = n ( a . clientX , a . clientY ) ) || ( c . anchorNode = d . container , c . anchorOffset = d . offset , c . focusNode = c . anchorNode , c . focusOffset = c . anchorOffset ) ; if ( S . isImage ( c . focusNode ) && 0 === c . focusOffset && S . isCharacterFrame ( c . focusNode . parentNode ) ) { if ( e = c . focusNode . parentNode , d = e . getBoundingClientRect ( ) , a . clientX > d . left && ( d = v ( e ) ) ) c . focusNode = d . container , c . focusOffset = d . offset ,
b && ( c . anchorNode = c . focusNode , c . anchorOffset = c . focusOffset ) } else S . isImage ( c . focusNode . firstChild ) && 1 === c . focusOffset && S . isCharacterFrame ( c . focusNode ) && ( d = v ( c . focusNode ) ) && ( c . anchorNode = c . focusNode = d . container , c . anchorOffset = c . focusOffset = d . offset ) ; c . anchorNode && c . focusNode && ( c = T . selectionToRange ( c ) , T . selectRange ( c . range , c . hasForwardSelection , 0 === a . button ? a . detail : 0 ) ) ; F . focus ( ) } function t ( a ) { var c ; if ( c = n ( a . clientX , a . clientY ) ) a = c . container , c = c . offset , a = { anchorNode : a , anchorOffset : c , focusNode : a , focusOffset : c } ,
a = T . selectionToRange ( a ) , T . selectRange ( a . range , a . hasForwardSelection , 2 ) , F . focus ( ) } function A ( a ) { var c = a . target || a . srcElement || null , d , e , f ; ma . processRequests ( ) ; U && ( S . isImage ( c ) && S . isCharacterFrame ( c . parentNode ) && W . getSelection ( ) . isCollapsed ? ( T . selectImage ( c . parentNode ) , F . focus ( ) ) : la . isSelectorElement ( c ) ? F . focus ( ) : B ? ( c = b . getSelectedRange ( ) , e = c . collapsed , S . isImage ( c . endContainer ) && 0 === c . endOffset && S . isCharacterFrame ( c . endContainer . parentNode ) && ( f = c . endContainer . parentNode , f = v ( f ) ) && ( c . setEnd ( f . container ,
f . offset ) , e && c . collapse ( ! 1 ) ) , T . selectRange ( c , b . hasForwardSelection ( ) , 0 === a . button ? a . detail : 0 ) , F . focus ( ) ) : ua ? u ( a ) : ( d = aa . cloneEvent ( a ) , M = runtime . setTimeout ( function ( ) { u ( d ) } , 0 ) ) , oa = 0 , B = U = ! 1 ) } function I ( a ) { var c = J . getCursor ( d ) . getSelectedRange ( ) ; c . collapsed || fa . exportRangeToDataTransfer ( a . dataTransfer , c ) } function K ( ) { U && F . focus ( ) ; oa = 0 ; B = U = ! 1 } function L ( a ) { A ( a ) } function E ( a ) { var c = a . target || a . srcElement || null , b = null ; "annotationRemoveButton" === c . className ? ( runtime . assert ( ja , "Remove buttons are displayed on annotations while annotation editing is disabled in the controller." ) ,
b = c . parentNode . getElementsByTagNameNS ( odf . Namespaces . officens , "annotation" ) . item ( 0 ) , ca . removeAnnotation ( b ) , F . focus ( ) ) : "webodf-draggable" !== c . getAttribute ( "class" ) && A ( a ) } function N ( a ) { ( a = a . data ) && ( - 1 === a . indexOf ( "\n" ) ? da . insertText ( a ) : ea . paste ( a ) ) } function O ( a ) { return function ( ) { a ( ) ; return ! 0 } } function D ( a ) { return function ( c ) { return J . getCursor ( d ) . getSelectionType ( ) === ops . OdtCursor . RangeSelection ? a ( c ) : ! 0 } } function V ( c ) { F . unsubscribe ( "keydown" , C . handleEvent ) ; F . unsubscribe ( "keypress" , Z . handleEvent ) ; F . unsubscribe ( "keyup" ,
ba . handleEvent ) ; F . unsubscribe ( "copy" , q ) ; F . unsubscribe ( "mousedown" , w ) ; F . unsubscribe ( "mousemove" , ma . trigger ) ; F . unsubscribe ( "mouseup" , E ) ; F . unsubscribe ( "contextmenu" , L ) ; F . unsubscribe ( "dragstart" , I ) ; F . unsubscribe ( "dragend" , K ) ; F . unsubscribe ( "click" , pa . handleClick ) ; F . unsubscribe ( "longpress" , t ) ; F . unsubscribe ( "drag" , y ) ; F . unsubscribe ( "dragstop" , x ) ; J . unsubscribe ( ops . OdtDocument . signalOperationEnd , na . trigger ) ; J . unsubscribe ( ops . Document . signalCursorAdded , ka . registerCursor ) ; J . unsubscribe ( ops . Document . signalCursorRemoved ,
ka . removeCursor ) ; J . unsubscribe ( ops . OdtDocument . signalOperationEnd , a ) ; c ( ) } var W = runtime . getWindow ( ) , J = k . getOdtDocument ( ) , R = new gui . SessionConstraints , P = new gui . SessionContext ( k , d ) , aa = core . DomUtils , S = odf . OdfUtils , fa = new gui . MimeDataExporter , ha = new gui . Clipboard ( fa ) , C = new gui . KeyboardHandler , Z = new gui . KeyboardHandler , ba = new gui . KeyboardHandler , U = ! 1 , ga = new odf . ObjectNameGenerator ( J . getOdfCanvas ( ) . odfContainer ( ) , d ) , B = ! 1 , Y = null , M , Q = null , F = new gui . EventManager ( J ) , ja = f . annotationsEnabled , ca = new gui . AnnotationController ( k ,
R , d ) , X = new gui . DirectFormattingController ( k , R , P , d , ga , f . directTextStylingEnabled , f . directParagraphStylingEnabled ) , da = new gui . TextController ( k , R , P , d , X . createCursorStyleOp , X . createParagraphStyleOps ) , qa = new gui . ImageController ( k , R , P , d , ga ) , la = new gui . ImageSelector ( J . getOdfCanvas ( ) ) , ia = J . createPositionIterator ( J . getRootNode ( ) ) , ma , na , ea = new gui . PasteController ( k , R , P , d ) , ka = new gui . InputMethodEditor ( d , F ) , oa = 0 , pa = new gui . HyperlinkClickHandler ( J . getOdfCanvas ( ) . getElement , C , ba ) , ta = new gui . HyperlinkController ( k ,
R , P , d ) , T = new gui . SelectionController ( k , d ) , va = new gui . MetadataController ( k , d ) , G = gui . KeyboardHandler . Modifier , H = gui . KeyboardHandler . KeyCode , ra = - 1 !== W . navigator . appVersion . toLowerCase ( ) . indexOf ( "mac" ) , ua = - 1 !== [ "iPad" , "iPod" , "iPhone" ] . indexOf ( W . navigator . platform ) , sa ; runtime . assert ( null !== W , "Expected to be run in an environment which has a global window, like a browser." ) ; this . undo = m ; this . redo = h ; this . insertLocalCursor = function ( ) { runtime . assert ( void 0 === k . getOdtDocument ( ) . getCursor ( d ) , "Inserting local cursor a second time." ) ;
var a = new ops . OpAddCursor ; a . init ( { memberid : d } ) ; k . enqueue ( [ a ] ) ; F . focus ( ) } ; this . removeLocalCursor = function ( ) { runtime . assert ( void 0 !== k . getOdtDocument ( ) . getCursor ( d ) , "Removing local cursor without inserting before." ) ; var a = new ops . OpRemoveCursor ; a . init ( { memberid : d } ) ; k . enqueue ( [ a ] ) } ; this . startEditing = function ( ) { ka . subscribe ( gui . InputMethodEditor . signalCompositionStart , da . removeCurrentSelection ) ; ka . subscribe ( gui . InputMethodEditor . signalCompositionEnd , N ) ; F . subscribe ( "beforecut" , r ) ; F . subscribe ( "cut" , p ) ;
F . subscribe ( "beforepaste" , l ) ; F . subscribe ( "paste" , e ) ; Q && Q . initialize ( ) ; F . setEditing ( ! 0 ) ; pa . setModifier ( ra ? G . Meta : G . Ctrl ) ; C . bind ( H . Backspace , G . None , O ( da . removeTextByBackspaceKey ) , ! 0 ) ; C . bind ( H . Delete , G . None , da . removeTextByDeleteKey ) ; C . bind ( H . Tab , G . None , D ( function ( ) { da . insertText ( "\t" ) ; return ! 0 } ) ) ; ra ? ( C . bind ( H . Clear , G . None , da . removeCurrentSelection ) , C . bind ( H . B , G . Meta , D ( X . toggleBold ) ) , C . bind ( H . I , G . Meta , D ( X . toggleItalic ) ) , C . bind ( H . U , G . Meta , D ( X . toggleUnderline ) ) , C . bind ( H . L , G . MetaShift , D ( X . alignParagraphLeft ) ) ,
C . bind ( H . E , G . MetaShift , D ( X . alignParagraphCenter ) ) , C . bind ( H . R , G . MetaShift , D ( X . alignParagraphRight ) ) , C . bind ( H . J , G . MetaShift , D ( X . alignParagraphJustified ) ) , ja && C . bind ( H . C , G . MetaShift , ca . addAnnotation ) , C . bind ( H . Z , G . Meta , m ) , C . bind ( H . Z , G . MetaShift , h ) ) : ( C . bind ( H . B , G . Ctrl , D ( X . toggleBold ) ) , C . bind ( H . I , G . Ctrl , D ( X . toggleItalic ) ) , C . bind ( H . U , G . Ctrl , D ( X . toggleUnderline ) ) , C . bind ( H . L , G . CtrlShift , D ( X . alignParagraphLeft ) ) , C . bind ( H . E , G . CtrlShift , D ( X . alignParagraphCenter ) ) , C . bind ( H . R , G . CtrlShift , D ( X . alignParagraphRight ) ) ,
C . bind ( H . J , G . CtrlShift , D ( X . alignParagraphJustified ) ) , ja && C . bind ( H . C , G . CtrlAlt , ca . addAnnotation ) , C . bind ( H . Z , G . Ctrl , m ) , C . bind ( H . Z , G . CtrlShift , h ) ) ; Z . setDefault ( D ( function ( a ) { var c ; c = null === a . which || void 0 === a . which ? String . fromCharCode ( a . keyCode ) : 0 !== a . which && 0 !== a . charCode ? String . fromCharCode ( a . which ) : null ; return ! c || a . altKey || a . ctrlKey || a . metaKey ? ! 1 : ( da . insertText ( c ) , ! 0 ) } ) ) ; Z . bind ( H . Enter , G . None , D ( da . enqueueParagraphSplittingOps ) ) } ; this . endEditing = function ( ) { ka . unsubscribe ( gui . InputMethodEditor . signalCompositionStart ,
da . removeCurrentSelection ) ; ka . unsubscribe ( gui . InputMethodEditor . signalCompositionEnd , N ) ; F . unsubscribe ( "cut" , p ) ; F . unsubscribe ( "beforecut" , r ) ; F . unsubscribe ( "paste" , e ) ; F . unsubscribe ( "beforepaste" , l ) ; F . setEditing ( ! 1 ) ; pa . setModifier ( G . None ) ; C . bind ( H . Backspace , G . None , function ( ) { return ! 0 } , ! 0 ) ; C . unbind ( H . Delete , G . None ) ; C . unbind ( H . Tab , G . None ) ; ra ? ( C . unbind ( H . Clear , G . None ) , C . unbind ( H . B , G . Meta ) , C . unbind ( H . I , G . Meta ) , C . unbind ( H . U , G . Meta ) , C . unbind ( H . L , G . MetaShift ) , C . unbind ( H . E , G . MetaShift ) , C . unbind ( H . R , G . MetaShift ) ,
C . unbind ( H . J , G . MetaShift ) , ja && C . unbind ( H . C , G . MetaShift ) , C . unbind ( H . Z , G . Meta ) , C . unbind ( H . Z , G . MetaShift ) ) : ( C . unbind ( H . B , G . Ctrl ) , C . unbind ( H . I , G . Ctrl ) , C . unbind ( H . U , G . Ctrl ) , C . unbind ( H . L , G . CtrlShift ) , C . unbind ( H . E , G . CtrlShift ) , C . unbind ( H . R , G . CtrlShift ) , C . unbind ( H . J , G . CtrlShift ) , ja && C . unbind ( H . C , G . CtrlAlt ) , C . unbind ( H . Z , G . Ctrl ) , C . unbind ( H . Z , G . CtrlShift ) ) ; Z . setDefault ( null ) ; Z . unbind ( H . Enter , G . None ) } ; this . getInputMemberId = function ( ) { return d } ; this . getSession = function ( ) { return k } ; this . getSessionConstraints = function ( ) { return R } ;
this . setUndoManager = function ( a ) { Q && Q . unsubscribe ( gui . UndoManager . signalUndoStackChanged , c ) ; if ( Q = a ) Q . setDocument ( J ) , Q . setPlaybackFunction ( k . enqueue ) , Q . subscribe ( gui . UndoManager . signalUndoStackChanged , c ) } ; this . getUndoManager = function ( ) { return Q } ; this . getMetadataController = function ( ) { return va } ; this . getAnnotationController = function ( ) { return ca } ; this . getDirectFormattingController = function ( ) { return X } ; this . getHyperlinkClickHandler = function ( ) { return pa } ; this . getHyperlinkController = function ( ) { return ta } ;
this . getImageController = function ( ) { return qa } ; this . getSelectionController = function ( ) { return T } ; this . getTextController = function ( ) { return da } ; this . getEventManager = function ( ) { return F } ; this . getKeyboardHandlers = function ( ) { return { keydown : C , keypress : Z } } ; this . destroy = function ( a ) { var c = [ ma . destroy , na . destroy , X . destroy , ka . destroy , F . destroy , pa . destroy , ta . destroy , va . destroy , T . destroy , da . destroy , V ] ; sa && c . unshift ( sa . destroy ) ; runtime . clearTimeout ( M ) ; core . Async . destroyAll ( c , a ) } ; ma = core . Task . createRedrawTask ( z ) ;
na = core . Task . createRedrawTask ( function ( ) { var a = J . getCursor ( d ) ; if ( a && a . getSelectionType ( ) === ops . OdtCursor . RegionSelection && ( a = S . getImageElements ( a . getSelectedRange ( ) ) [ 0 ] ) ) { la . select ( a . parentNode ) ; return } la . clearSelection ( ) } ) ; C . bind ( H . Left , G . None , D ( T . moveCursorToLeft ) ) ; C . bind ( H . Right , G . None , D ( T . moveCursorToRight ) ) ; C . bind ( H . Up , G . None , D ( T . moveCursorUp ) ) ; C . bind ( H . Down , G . None , D ( T . moveCursorDown ) ) ; C . bind ( H . Left , G . Shift , D ( T . extendSelectionToLeft ) ) ; C . bind ( H . Right , G . Shift , D ( T . extendSelectionToRight ) ) ; C . bind ( H . Up ,
G . Shift , D ( T . extendSelectionUp ) ) ; C . bind ( H . Down , G . Shift , D ( T . extendSelectionDown ) ) ; C . bind ( H . Home , G . None , D ( T . moveCursorToLineStart ) ) ; C . bind ( H . End , G . None , D ( T . moveCursorToLineEnd ) ) ; C . bind ( H . Home , G . Ctrl , D ( T . moveCursorToDocumentStart ) ) ; C . bind ( H . End , G . Ctrl , D ( T . moveCursorToDocumentEnd ) ) ; C . bind ( H . Home , G . Shift , D ( T . extendSelectionToLineStart ) ) ; C . bind ( H . End , G . Shift , D ( T . extendSelectionToLineEnd ) ) ; C . bind ( H . Up , G . CtrlShift , D ( T . extendSelectionToParagraphStart ) ) ; C . bind ( H . Down , G . CtrlShift , D ( T . extendSelectionToParagraphEnd ) ) ;
C . bind ( H . Home , G . CtrlShift , D ( T . extendSelectionToDocumentStart ) ) ; C . bind ( H . End , G . CtrlShift , D ( T . extendSelectionToDocumentEnd ) ) ; ra ? ( C . bind ( H . Left , G . Alt , D ( T . moveCursorBeforeWord ) ) , C . bind ( H . Right , G . Alt , D ( T . moveCursorPastWord ) ) , C . bind ( H . Left , G . Meta , D ( T . moveCursorToLineStart ) ) , C . bind ( H . Right , G . Meta , D ( T . moveCursorToLineEnd ) ) , C . bind ( H . Home , G . Meta , D ( T . moveCursorToDocumentStart ) ) , C . bind ( H . End , G . Meta , D ( T . moveCursorToDocumentEnd ) ) , C . bind ( H . Left , G . AltShift , D ( T . extendSelectionBeforeWord ) ) , C . bind ( H . Right , G . AltShift ,
D ( T . extendSelectionPastWord ) ) , C . bind ( H . Left , G . MetaShift , D ( T . extendSelectionToLineStart ) ) , C . bind ( H . Right , G . MetaShift , D ( T . extendSelectionToLineEnd ) ) , C . bind ( H . Up , G . AltShift , D ( T . extendSelectionToParagraphStart ) ) , C . bind ( H . Down , G . AltShift , D ( T . extendSelectionToParagraphEnd ) ) , C . bind ( H . Up , G . MetaShift , D ( T . extendSelectionToDocumentStart ) ) , C . bind ( H . Down , G . MetaShift , D ( T . extendSelectionToDocumentEnd ) ) , C . bind ( H . A , G . Meta , D ( T . extendSelectionToEntireDocument ) ) ) : ( C . bind ( H . Left , G . Ctrl , D ( T . moveCursorBeforeWord ) ) , C . bind ( H . Right ,
G . Ctrl , D ( T . moveCursorPastWord ) ) , C . bind ( H . Left , G . CtrlShift , D ( T . extendSelectionBeforeWord ) ) , C . bind ( H . Right , G . CtrlShift , D ( T . extendSelectionPastWord ) ) , C . bind ( H . A , G . Ctrl , D ( T . extendSelectionToEntireDocument ) ) ) ; ua && ( sa = new gui . IOSSafariSupport ( F ) ) ; F . subscribe ( "keydown" , C . handleEvent ) ; F . subscribe ( "keypress" , Z . handleEvent ) ; F . subscribe ( "keyup" , ba . handleEvent ) ; F . subscribe ( "copy" , q ) ; F . subscribe ( "mousedown" , w ) ; F . subscribe ( "mousemove" , ma . trigger ) ; F . subscribe ( "mouseup" , E ) ; F . subscribe ( "contextmenu" , L ) ; F . subscribe ( "dragstart" ,
I ) ; F . subscribe ( "dragend" , K ) ; F . subscribe ( "click" , pa . handleClick ) ; F . subscribe ( "longpress" , t ) ; F . subscribe ( "drag" , y ) ; F . subscribe ( "dragstop" , x ) ; J . subscribe ( ops . OdtDocument . signalOperationEnd , na . trigger ) ; J . subscribe ( ops . Document . signalCursorAdded , ka . registerCursor ) ; J . subscribe ( ops . Document . signalCursorRemoved , ka . removeCursor ) ; J . subscribe ( ops . OdtDocument . signalOperationEnd , a ) } } ) ( ) ;
gui . CaretManager = function ( g , k ) { function d ( b ) { return n . hasOwnProperty ( b ) ? n [ b ] : null } function b ( ) { return Object . keys ( n ) . map ( function ( b ) { return n [ b ] } ) } function f ( b ) { var d = n [ b ] ; d && ( delete n [ b ] , b === g . getInputMemberId ( ) ? ( r . unsubscribe ( ops . OdtDocument . signalProcessingBatchEnd , d . ensureVisible ) , r . unsubscribe ( ops . Document . signalCursorMoved , d . refreshCursorBlinking ) , q . unsubscribe ( "compositionupdate" , d . handleUpdate ) , q . unsubscribe ( "compositionend" , d . handleUpdate ) , q . unsubscribe ( "focus" , d . setFocus ) , q . unsubscribe ( "blur" ,
d . removeFocus ) , p . removeEventListener ( "focus" , d . show , ! 1 ) , p . removeEventListener ( "blur" , d . hide , ! 1 ) ) : r . unsubscribe ( ops . OdtDocument . signalProcessingBatchEnd , d . handleUpdate ) , d . destroy ( function ( ) { } ) ) } var n = { } , p = runtime . getWindow ( ) , r = g . getSession ( ) . getOdtDocument ( ) , q = g . getEventManager ( ) ; this . registerCursor = function ( b , d , a ) { var c = b . getMemberId ( ) ; b = new gui . Caret ( b , k , d , a ) ; n [ c ] = b ; c === g . getInputMemberId ( ) ? ( runtime . log ( "Starting to track input on new cursor of " + c ) , r . subscribe ( ops . OdtDocument . signalProcessingBatchEnd ,
b . ensureVisible ) , r . subscribe ( ops . Document . signalCursorMoved , b . refreshCursorBlinking ) , q . subscribe ( "compositionupdate" , b . handleUpdate ) , q . subscribe ( "compositionend" , b . handleUpdate ) , q . subscribe ( "focus" , b . setFocus ) , q . subscribe ( "blur" , b . removeFocus ) , p . addEventListener ( "focus" , b . show , ! 1 ) , p . addEventListener ( "blur" , b . hide , ! 1 ) , b . setOverlayElement ( q . getEventTrap ( ) ) ) : r . subscribe ( ops . OdtDocument . signalProcessingBatchEnd , b . handleUpdate ) ; return b } ; this . getCaret = d ; this . getCarets = b ; this . destroy = function ( d ) { var l =
b ( ) . map ( function ( a ) { return a . destroy } ) ; g . getSelectionController ( ) . setCaretXPositionLocator ( null ) ; r . unsubscribe ( ops . Document . signalCursorRemoved , f ) ; n = { } ; core . Async . destroyAll ( l , d ) } ; g . getSelectionController ( ) . setCaretXPositionLocator ( function ( ) { var b = d ( g . getInputMemberId ( ) ) , f ; b && ( f = b . getBoundingClientRect ( ) ) ; return f ? f . right : void 0 } ) ; r . subscribe ( ops . Document . signalCursorRemoved , f ) } ;
gui . EditInfoHandle = function ( g ) { var k = [ ] , d , b = g . ownerDocument , f = b . documentElement . namespaceURI ; this . setEdits = function ( g ) { k = g ; var p , r , q , e ; core . DomUtils . removeAllChildNodes ( d ) ; for ( g = 0 ; g < k . length ; g += 1 ) p = b . createElementNS ( f , "div" ) , p . className = "editInfo" , r = b . createElementNS ( f , "span" ) , r . className = "editInfoColor" , r . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , k [ g ] . memberid ) , q = b . createElementNS ( f , "span" ) , q . className = "editInfoAuthor" , q . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" ,
k [ g ] . memberid ) , e = b . createElementNS ( f , "span" ) , e . className = "editInfoTime" , e . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , k [ g ] . memberid ) , e . appendChild ( b . createTextNode ( k [ g ] . time . toString ( ) ) ) , p . appendChild ( r ) , p . appendChild ( q ) , p . appendChild ( e ) , d . appendChild ( p ) } ; this . show = function ( ) { d . style . display = "block" } ; this . hide = function ( ) { d . style . display = "none" } ; this . destroy = function ( b ) { g . removeChild ( d ) ; b ( ) } ; d = b . createElementNS ( f , "div" ) ; d . setAttribute ( "class" , "editInfoHandle" ) ; d . style . display = "none" ;
g . appendChild ( d ) } ;
ops . EditInfo = function ( g , k ) { function d ( ) { var b = [ ] , d ; for ( d in f ) f . hasOwnProperty ( d ) && b . push ( { memberid : d , time : f [ d ] . time } ) ; b . sort ( function ( b , d ) { return b . time - d . time } ) ; return b } var b , f = { } ; this . getNode = function ( ) { return b } ; this . getOdtDocument = function ( ) { return k } ; this . getEdits = function ( ) { return f } ; this . getSortedEdits = function ( ) { return d ( ) } ; this . addEdit = function ( b , d ) { f [ b ] = { time : d } } ; this . clearEdits = function ( ) { f = { } } ; this . destroy = function ( d ) { g . parentNode && g . removeChild ( b ) ; d ( ) } ; b = k . getDOMDocument ( ) . createElementNS ( "urn:webodf:names:editinfo" , "editinfo" ) ;
g . insertBefore ( b , g . firstChild ) } ;
gui . EditInfoMarker = function ( g , k ) { function d ( b , a ) { return runtime . setTimeout ( function ( ) { p . style . opacity = b } , a ) } var b = this , f , n , p , r , q , e ; this . addEdit = function ( b , a ) { var c = Date . now ( ) - a ; g . addEdit ( b , a ) ; n . setEdits ( g . getSortedEdits ( ) ) ; p . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , b ) ; runtime . clearTimeout ( q ) ; runtime . clearTimeout ( e ) ; 1E4 > c ? ( r = d ( 1 , 0 ) , q = d ( . 5 , 1E4 - c ) , e = d ( . 2 , 2E4 - c ) ) : 1E4 <= c && 2E4 > c ? ( r = d ( . 5 , 0 ) , e = d ( . 2 , 2E4 - c ) ) : r = d ( . 2 , 0 ) } ; this . getEdits = function ( ) { return g . getEdits ( ) } ; this . clearEdits = function ( ) { g . clearEdits ( ) ;
n . setEdits ( [ ] ) ; p . hasAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" ) && p . removeAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" ) } ; this . getEditInfo = function ( ) { return g } ; this . show = function ( ) { p . style . display = "block" } ; this . hide = function ( ) { b . hideHandle ( ) ; p . style . display = "none" } ; this . showHandle = function ( ) { n . show ( ) } ; this . hideHandle = function ( ) { n . hide ( ) } ; this . destroy = function ( b ) { runtime . clearTimeout ( r ) ; runtime . clearTimeout ( q ) ; runtime . clearTimeout ( e ) ; f . removeChild ( p ) ; n . destroy ( function ( a ) { a ?
b ( a ) : g . destroy ( b ) } ) } ; ( function ( ) { var d = g . getOdtDocument ( ) . getDOMDocument ( ) ; p = d . createElementNS ( d . documentElement . namespaceURI , "div" ) ; p . setAttribute ( "class" , "editInfoMarker" ) ; p . onmouseover = function ( ) { b . showHandle ( ) } ; p . onmouseout = function ( ) { b . hideHandle ( ) } ; f = g . getNode ( ) ; f . appendChild ( p ) ; n = new gui . EditInfoHandle ( f ) ; k || b . hide ( ) } ) ( ) } ;
gui . HyperlinkTooltipView = function ( g , k ) { var d = core . DomUtils , b = odf . OdfUtils , f = runtime . getWindow ( ) , n , p , r ; runtime . assert ( null !== f , "Expected to be run in an environment which has a global window, like a browser." ) ; this . showTooltip = function ( q ) { var e = q . target || q . srcElement , l = g . getSizer ( ) , a = g . getZoomLevel ( ) , c ; a : { for ( ; e ; ) { if ( b . isHyperlink ( e ) ) break a ; if ( b . isParagraph ( e ) || b . isInlineRoot ( e ) ) break ; e = e . parentNode } e = null } if ( e ) { d . containsNode ( l , r ) || l . appendChild ( r ) ; c = p ; var m ; switch ( k ( ) ) { case gui . KeyboardHandler . Modifier . Ctrl : m =
runtime . tr ( "Ctrl-click to follow link" ) ; break ; case gui . KeyboardHandler . Modifier . Meta : m = runtime . tr ( "\u2318-click to follow link" ) ; break ; default : m = "" } c . textContent = m ; n . textContent = b . getHyperlinkTarget ( e ) ; r . style . display = "block" ; c = f . innerWidth - r . offsetWidth - 15 ; e = q . clientX > c ? c : q . clientX + 15 ; c = f . innerHeight - r . offsetHeight - 10 ; q = q . clientY > c ? c : q . clientY + 10 ; l = l . getBoundingClientRect ( ) ; e = ( e - l . left ) / a ; q = ( q - l . top ) / a ; r . style . left = e + "px" ; r . style . top = q + "px" } } ; this . hideTooltip = function ( ) { r . style . display = "none" } ; this . destroy =
function ( b ) { r . parentNode && r . parentNode . removeChild ( r ) ; b ( ) } ; ( function ( ) { var b = g . getElement ( ) . ownerDocument ; n = b . createElement ( "span" ) ; p = b . createElement ( "span" ) ; n . className = "webodf-hyperlinkTooltipLink" ; p . className = "webodf-hyperlinkTooltipText" ; r = b . createElement ( "div" ) ; r . className = "webodf-hyperlinkTooltip" ; r . appendChild ( n ) ; r . appendChild ( p ) ; g . getElement ( ) . appendChild ( r ) } ) ( ) } ;
gui . OdfFieldView = function ( g ) { function k ( ) { var b = odf . OdfSchema . getFields ( ) . map ( function ( b ) { return b . replace ( ":" , "|" ) } ) , d = b . join ( ",\n" ) + "\n{ background-color: #D0D0D0; }\n" , b = b . map ( function ( b ) { return b + ":empty::after" } ) . join ( ",\n" ) + "\n{ content:' '; white-space: pre; }\n" ; return d + "\n" + b } var d , b = g . getElement ( ) . ownerDocument ; this . showFieldHighlight = function ( ) { d . appendChild ( b . createTextNode ( k ( ) ) ) } ; this . hideFieldHighlight = function ( ) { for ( var b = d . sheet , g = b . cssRules ; g . length ; ) b . deleteRule ( g . length - 1 ) } ; this . destroy =
function ( b ) { d . parentNode && d . parentNode . removeChild ( d ) ; b ( ) } ; d = function ( ) { var d = b . getElementsByTagName ( "head" ) . item ( 0 ) , g = b . createElement ( "style" ) , k = "" ; g . type = "text/css" ; g . media = "screen, print, handheld, projection" ; odf . Namespaces . forEachPrefix ( function ( b , d ) { k += "@namespace " + b + " url(" + d + ");\n" } ) ; g . appendChild ( b . createTextNode ( k ) ) ; d . appendChild ( g ) ; return g } ( ) } ;
gui . ShadowCursor = function ( g ) { var k = g . getDOMDocument ( ) . createRange ( ) , d = ! 0 ; this . removeFromDocument = function ( ) { } ; this . getMemberId = function ( ) { return gui . ShadowCursor . ShadowCursorMemberId } ; this . getSelectedRange = function ( ) { return k } ; this . setSelectedRange = function ( b , f ) { k = b ; d = ! 1 !== f } ; this . hasForwardSelection = function ( ) { return d } ; this . getDocument = function ( ) { return g } ; this . getSelectionType = function ( ) { return ops . OdtCursor . RangeSelection } ; k . setStart ( g . getRootNode ( ) , 0 ) } ; gui . ShadowCursor . ShadowCursorMemberId = "" ;
gui . SelectionView = function ( g ) { } ; gui . SelectionView . prototype . rerender = function ( ) { } ; gui . SelectionView . prototype . show = function ( ) { } ; gui . SelectionView . prototype . hide = function ( ) { } ; gui . SelectionView . prototype . destroy = function ( g ) { } ;
gui . SelectionViewManager = function ( g ) { function k ( ) { return Object . keys ( d ) . map ( function ( b ) { return d [ b ] } ) } var d = { } ; this . getSelectionView = function ( b ) { return d . hasOwnProperty ( b ) ? d [ b ] : null } ; this . getSelectionViews = k ; this . removeSelectionView = function ( b ) { d . hasOwnProperty ( b ) && ( d [ b ] . destroy ( function ( ) { } ) , delete d [ b ] ) } ; this . hideSelectionView = function ( b ) { d . hasOwnProperty ( b ) && d [ b ] . hide ( ) } ; this . showSelectionView = function ( b ) { d . hasOwnProperty ( b ) && d [ b ] . show ( ) } ; this . rerenderSelectionViews = function ( ) { Object . keys ( d ) . forEach ( function ( b ) { d [ b ] . rerender ( ) } ) } ;
this . registerCursor = function ( b , f ) { var k = b . getMemberId ( ) , p = new g ( b ) ; f ? p . show ( ) : p . hide ( ) ; return d [ k ] = p } ; this . destroy = function ( b ) { function d ( k , r ) { r ? b ( r ) : k < g . length ? g [ k ] . destroy ( function ( b ) { d ( k + 1 , b ) } ) : b ( ) } var g = k ( ) ; d ( 0 , void 0 ) } } ; gui . SessionViewOptions = function ( ) { this . caretBlinksOnRangeSelect = this . caretAvatarsInitiallyVisible = this . editInfoMarkersInitiallyVisible = ! 0 } ;
( function ( ) { function g ( g , d ) { return void 0 !== g ? Boolean ( g ) : d } gui . SessionView = function ( k , d , b , f , n , p ) { function r ( a ) { a . memberId === d && I . getViewport ( ) . scrollIntoView ( a . annotation . getBoundingClientRect ( ) ) } function q ( ) { var a = document . getElementsByTagName ( "head" ) . item ( 0 ) , c = document . createElement ( "style" ) ; c . type = "text/css" ; c . media = "screen, print, handheld, projection" ; a . appendChild ( c ) ; return c } function e ( a , c , b ) { function e ( c , b , d ) { b = c + '[editinfo|memberid="' + a + '"]' + d + b ; a : { var f = v . firstChild ; for ( c = c + '[editinfo|memberid="' +
a + '"]' + d + "{" ; f ; ) { if ( f . nodeType === Node . TEXT _NODE && 0 === f . data . indexOf ( c ) ) { c = f ; break a } f = f . nextSibling } c = null } c ? c . data = b : v . appendChild ( document . createTextNode ( b ) ) } e ( "div.editInfoMarker" , "{ background-color: " + b + "; }" , "" ) ; e ( "span.editInfoColor" , "{ background-color: " + b + "; }" , "" ) ; e ( "span.editInfoAuthor" , '{ content: "' + c + '"; }' , ":before" ) ; e ( "dc|creator" , "{ background-color: " + b + "; }" , "" ) ; e ( ".webodf-selectionOverlay" , "{ fill: " + b + "; stroke: " + b + ";}" , "" ) ; a === d && ( e ( ".webodf-touchEnabled .webodf-selectionOverlay" ,
"{ display: block; }" , " > .webodf-draggable" ) , a = gui . ShadowCursor . ShadowCursorMemberId , e ( ".webodf-selectionOverlay" , "{ fill: " + b + "; stroke: " + b + ";}" , "" ) , e ( ".webodf-touchEnabled .webodf-selectionOverlay" , "{ display: block; }" , " > .webodf-draggable" ) ) } function l ( a ) { var c , b ; for ( b in t ) t . hasOwnProperty ( b ) && ( c = t [ b ] , a ? c . show ( ) : c . hide ( ) ) } function a ( a ) { n . getCarets ( ) . forEach ( function ( c ) { a ? c . showHandle ( ) : c . hideHandle ( ) } ) } function c ( a ) { var c = a . getMemberId ( ) ; a = a . getProperties ( ) ; e ( c , a . fullName , a . color ) } function m ( a ) { var c =
a . getMemberId ( ) , d = b . getOdtDocument ( ) . getMember ( c ) . getProperties ( ) ; n . registerCursor ( a , E , N ) ; p . registerCursor ( a , ! 0 ) ; if ( a = n . getCaret ( c ) ) a . setAvatarImageUrl ( d . imageUrl ) , a . setColor ( d . color ) ; runtime . log ( "+++ View here +++ eagerly created an Caret for '" + c + "'! +++" ) } function h ( a ) { a = a . getMemberId ( ) ; var c = p . getSelectionView ( d ) , b = p . getSelectionView ( gui . ShadowCursor . ShadowCursorMemberId ) , e = n . getCaret ( d ) ; a === d ? ( b . hide ( ) , c && c . show ( ) , e && e . show ( ) ) : a === gui . ShadowCursor . ShadowCursorMemberId && ( b . show ( ) , c && c . hide ( ) ,
e && e . hide ( ) ) } function y ( a ) { p . removeSelectionView ( a ) } function x ( a ) { var c = a . paragraphElement , d = a . memberId ; a = a . timeStamp ; var e , f = "" , h = c . getElementsByTagNameNS ( "urn:webodf:names:editinfo" , "editinfo" ) . item ( 0 ) ; h ? ( f = h . getAttributeNS ( "urn:webodf:names:editinfo" , "id" ) , e = t [ f ] ) : ( f = Math . random ( ) . toString ( ) , e = new ops . EditInfo ( c , b . getOdtDocument ( ) ) , e = new gui . EditInfoMarker ( e , L ) , h = c . getElementsByTagNameNS ( "urn:webodf:names:editinfo" , "editinfo" ) . item ( 0 ) , h . setAttributeNS ( "urn:webodf:names:editinfo" , "id" , f ) , t [ f ] = e ) ;
e . addEdit ( d , new Date ( a ) ) ; K . trigger ( ) } function z ( ) { var a ; u . hasChildNodes ( ) && core . DomUtils . removeAllChildNodes ( u ) ; ! 0 === f . getState ( gui . CommonConstraints . EDIT . ANNOTATIONS . ONLY _DELETE _OWN ) && ( a = b . getOdtDocument ( ) . getMember ( d ) ) && ( a = a . getProperties ( ) . fullName , u . appendChild ( document . createTextNode ( ".annotationWrapper:not([creator = '" + a + "']) .annotationRemoveButton { display: none; }" ) ) ) } function w ( a ) { var b = Object . keys ( t ) . map ( function ( a ) { return t [ a ] } ) ; A . unsubscribe ( ops . Document . signalMemberAdded , c ) ; A . unsubscribe ( ops . Document . signalMemberUpdated ,
c ) ; A . unsubscribe ( ops . Document . signalCursorAdded , m ) ; A . unsubscribe ( ops . Document . signalCursorRemoved , y ) ; A . unsubscribe ( ops . OdtDocument . signalParagraphChanged , x ) ; A . unsubscribe ( ops . Document . signalCursorMoved , h ) ; A . unsubscribe ( ops . OdtDocument . signalParagraphChanged , p . rerenderSelectionViews ) ; A . unsubscribe ( ops . OdtDocument . signalTableAdded , p . rerenderSelectionViews ) ; A . unsubscribe ( ops . OdtDocument . signalParagraphStyleModified , p . rerenderSelectionViews ) ; f . unsubscribe ( gui . CommonConstraints . EDIT . ANNOTATIONS . ONLY _DELETE _OWN ,
z ) ; A . unsubscribe ( ops . Document . signalMemberAdded , z ) ; A . unsubscribe ( ops . Document . signalMemberUpdated , z ) ; v . parentNode . removeChild ( v ) ; u . parentNode . removeChild ( u ) ; ( function W ( c , d ) { d ? a ( d ) : c < b . length ? b [ c ] . destroy ( function ( a ) { W ( c + 1 , a ) } ) : a ( ) } ) ( 0 , void 0 ) } var v , u , t = { } , A , I , K , L = g ( k . editInfoMarkersInitiallyVisible , ! 0 ) , E = g ( k . caretAvatarsInitiallyVisible , ! 0 ) , N = g ( k . caretBlinksOnRangeSelect , ! 0 ) ; this . showEditInfoMarkers = function ( ) { L || ( L = ! 0 , l ( L ) ) } ; this . hideEditInfoMarkers = function ( ) { L && ( L = ! 1 , l ( L ) ) } ; this . showCaretAvatars =
function ( ) { E || ( E = ! 0 , a ( E ) ) } ; this . hideCaretAvatars = function ( ) { E && ( E = ! 1 , a ( E ) ) } ; this . getSession = function ( ) { return b } ; this . getCaret = function ( a ) { return n . getCaret ( a ) } ; this . destroy = function ( a ) { var c = [ K . destroy , w ] ; A . unsubscribe ( ops . OdtDocument . signalAnnotationAdded , r ) ; core . Async . destroyAll ( c , a ) } ; A = b . getOdtDocument ( ) ; I = A . getOdfCanvas ( ) ; A . subscribe ( ops . OdtDocument . signalAnnotationAdded , r ) ; A . subscribe ( ops . Document . signalMemberAdded , c ) ; A . subscribe ( ops . Document . signalMemberUpdated , c ) ; A . subscribe ( ops . Document . signalCursorAdded ,
m ) ; A . subscribe ( ops . Document . signalCursorRemoved , y ) ; A . subscribe ( ops . OdtDocument . signalParagraphChanged , x ) ; A . subscribe ( ops . Document . signalCursorMoved , h ) ; A . subscribe ( ops . OdtDocument . signalParagraphChanged , p . rerenderSelectionViews ) ; A . subscribe ( ops . OdtDocument . signalTableAdded , p . rerenderSelectionViews ) ; A . subscribe ( ops . OdtDocument . signalParagraphStyleModified , p . rerenderSelectionViews ) ; f . subscribe ( gui . CommonConstraints . EDIT . ANNOTATIONS . ONLY _DELETE _OWN , z ) ; A . subscribe ( ops . Document . signalMemberAdded , z ) ; A . subscribe ( ops . Document . signalMemberUpdated ,
z ) ; v = q ( ) ; v . appendChild ( document . createTextNode ( "@namespace editinfo url(urn:webodf:names:editinfo);" ) ) ; v . appendChild ( document . createTextNode ( "@namespace dc url(http://purl.org/dc/elements/1.1/);" ) ) ; u = q ( ) ; z ( ) ; K = core . Task . createRedrawTask ( function ( ) { var a = I . getAnnotationViewManager ( ) ; a && ( a . rehighlightAnnotations ( ) , A . fixCursorPositions ( ) ) } ) } } ) ( ) ;
gui . SvgSelectionView = function ( g ) { function k ( ) { var a = c . getRootNode ( ) ; m !== a && ( m = a , h = c . getCanvas ( ) . getSizer ( ) , h . appendChild ( x ) , x . setAttribute ( "class" , "webodf-selectionOverlay" ) , w . setAttribute ( "class" , "webodf-draggable" ) , v . setAttribute ( "class" , "webodf-draggable" ) , w . setAttribute ( "end" , "left" ) , v . setAttribute ( "end" , "right" ) , w . setAttribute ( "r" , 8 ) , v . setAttribute ( "r" , 8 ) , x . appendChild ( z ) , x . appendChild ( w ) , x . appendChild ( v ) ) } function d ( a ) { a = a . getBoundingClientRect ( ) ; return Boolean ( a && 0 !== a . height ) } function b ( a ) { var c =
u . getTextElements ( a , ! 0 , ! 1 ) , b = a . cloneRange ( ) , e = a . cloneRange ( ) ; a = a . cloneRange ( ) ; if ( ! c . length ) return null ; var f ; a : { f = 0 ; var h = c [ f ] , g = b . startContainer === h ? b . startOffset : 0 , m = g ; b . setStart ( h , g ) ; for ( b . setEnd ( h , m ) ; ! d ( b ) ; ) { if ( h . nodeType === Node . ELEMENT _NODE && m < h . childNodes . length ) m = h . childNodes . length ; else if ( h . nodeType === Node . TEXT _NODE && m < h . length ) m += 1 ; else if ( c [ f ] ) h = c [ f ] , f += 1 , g = m = 0 ; else { f = ! 1 ; break a } b . setStart ( h , g ) ; b . setEnd ( h , m ) } f = ! 0 } if ( ! f ) return null ; a : { f = c . length - 1 ; h = c [ f ] ; m = g = e . endContainer === h ? e . endOffset :
h . nodeType === Node . TEXT _NODE ? h . length : h . childNodes . length ; e . setStart ( h , g ) ; for ( e . setEnd ( h , m ) ; ! d ( e ) ; ) { if ( h . nodeType === Node . ELEMENT _NODE && 0 < g ) g = 0 ; else if ( h . nodeType === Node . TEXT _NODE && 0 < g ) -- g ; else if ( c [ f ] ) h = c [ f ] , -- f , g = m = h . length || h . childNodes . length ; else { c = ! 1 ; break a } e . setStart ( h , g ) ; e . setEnd ( h , m ) } c = ! 0 } if ( ! c ) return null ; a . setStart ( b . startContainer , b . startOffset ) ; a . setEnd ( e . endContainer , e . endOffset ) ; return { firstRange : b , lastRange : e , fillerRange : a } } function f ( a , c ) { var b = { } ; b . top = Math . min ( a . top , c . top ) ; b . left =
Math . min ( a . left , c . left ) ; b . right = Math . max ( a . right , c . right ) ; b . bottom = Math . max ( a . bottom , c . bottom ) ; b . width = b . right - b . left ; b . height = b . bottom - b . top ; return b } function n ( a , c ) { c && 0 < c . width && 0 < c . height && ( a = a ? f ( a , c ) : c ) ; return a } function p ( a ) { function b ( a ) { K . setUnfilteredPosition ( a , 0 ) ; return v . acceptNode ( a ) === L && x . acceptPosition ( K ) === L ? L : E } function d ( a ) { var c = null ; b ( a ) === L && ( c = t . getBoundingClientRect ( a ) ) ; return c } var e = a . commonAncestorContainer , f = a . startContainer , h = a . endContainer , g = a . startOffset , m = a . endOffset ,
k , l , p = null , r , q = y . createRange ( ) , x , v = new odf . OdfNodeFilter , w ; if ( f === e || h === e ) return q = a . cloneRange ( ) , p = q . getBoundingClientRect ( ) , q . detach ( ) , p ; for ( a = f ; a . parentNode !== e ; ) a = a . parentNode ; for ( l = h ; l . parentNode !== e ; ) l = l . parentNode ; x = c . createRootFilter ( f ) ; for ( e = a . nextSibling ; e && e !== l ; ) r = d ( e ) , p = n ( p , r ) , e = e . nextSibling ; if ( u . isParagraph ( a ) ) p = n ( p , t . getBoundingClientRect ( a ) ) ; else if ( a . nodeType === Node . TEXT _NODE ) e = a , q . setStart ( e , g ) , q . setEnd ( e , e === l ? m : e . length ) , r = q . getBoundingClientRect ( ) , p = n ( p , r ) ; else for ( w = y . createTreeWalker ( a ,
NodeFilter . SHOW _TEXT , b , ! 1 ) , e = w . currentNode = f ; e && e !== h ; ) q . setStart ( e , g ) , q . setEnd ( e , e . length ) , r = q . getBoundingClientRect ( ) , p = n ( p , r ) , k = e , g = 0 , e = w . nextNode ( ) ; k || ( k = f ) ; if ( u . isParagraph ( l ) ) p = n ( p , t . getBoundingClientRect ( l ) ) ; else if ( l . nodeType === Node . TEXT _NODE ) e = l , q . setStart ( e , e === a ? g : 0 ) , q . setEnd ( e , m ) , r = q . getBoundingClientRect ( ) , p = n ( p , r ) ; else for ( w = y . createTreeWalker ( l , NodeFilter . SHOW _TEXT , b , ! 1 ) , e = w . currentNode = h ; e && e !== k ; ) if ( q . setStart ( e , 0 ) , q . setEnd ( e , m ) , r = q . getBoundingClientRect ( ) , p = n ( p , r ) , e = w . previousNode ( ) ) m =
e . length ; return p } function r ( a , c ) { var b = a . getBoundingClientRect ( ) , d = { width : 0 } ; d . top = b . top ; d . bottom = b . bottom ; d . height = b . height ; d . left = d . right = c ? b . right : b . left ; return d } function q ( ) { var a = g . getSelectedRange ( ) , c ; if ( c = I && g . getSelectionType ( ) === ops . OdtCursor . RangeSelection && ! a . collapsed ) { k ( ) ; var d = t . getBoundingClientRect ( h ) , e = A . getZoomLevel ( ) , a = b ( a ) , m , l , n , q , y , u ; if ( a ) { c = a . firstRange ; m = a . lastRange ; l = a . fillerRange ; n = t . translateRect ( r ( c , ! 1 ) , d , e ) ; y = t . translateRect ( r ( m , ! 0 ) , d , e ) ; q = ( q = p ( l ) ) ? t . translateRect ( q ,
d , e ) : f ( n , y ) ; u = q . left ; q = n . left + Math . max ( 0 , q . width - ( n . left - q . left ) ) ; d = Math . min ( n . top , y . top ) ; e = y . top + y . height ; u = [ { x : n . left , y : d + n . height } , { x : n . left , y : d } , { x : q , y : d } , { x : q , y : e - y . height } , { x : y . right , y : e - y . height } , { x : y . right , y : e } , { x : u , y : e } , { x : u , y : d + n . height } , { x : n . left , y : d + n . height } ] ; q = "" ; var E ; for ( E = 0 ; E < u . length ; E += 1 ) q += u [ E ] . x + "," + u [ E ] . y + " " ; z . setAttribute ( "points" , q ) ; w . setAttribute ( "cx" , n . left ) ; w . setAttribute ( "cy" , d + n . height / 2 ) ; v . setAttribute ( "cx" , y . right ) ; v . setAttribute ( "cy" , e - y . height / 2 ) ; c . detach ( ) ; m . detach ( ) ;
l . detach ( ) } c = Boolean ( a ) } x . style . display = c ? "block" : "none" } function e ( a ) { I && a === g && N . trigger ( ) } function l ( a ) { a = 8 / a ; w . setAttribute ( "r" , a ) ; v . setAttribute ( "r" , a ) } function a ( a ) { h . removeChild ( x ) ; h . classList . remove ( "webodf-virtualSelections" ) ; g . getDocument ( ) . unsubscribe ( ops . Document . signalCursorMoved , e ) ; A . unsubscribe ( gui . ZoomHelper . signalZoomChanged , l ) ; a ( ) } var c = g . getDocument ( ) , m , h , y = c . getDOMDocument ( ) , x = y . createElementNS ( "http://www.w3.org/2000/svg" , "svg" ) , z = y . createElementNS ( "http://www.w3.org/2000/svg" ,
"polygon" ) , w = y . createElementNS ( "http://www.w3.org/2000/svg" , "circle" ) , v = y . createElementNS ( "http://www.w3.org/2000/svg" , "circle" ) , u = odf . OdfUtils , t = core . DomUtils , A = c . getCanvas ( ) . getZoomHelper ( ) , I = ! 0 , K = g . getDocument ( ) . createPositionIterator ( c . getRootNode ( ) ) , L = NodeFilter . FILTER _ACCEPT , E = NodeFilter . FILTER _REJECT , N ; this . rerender = function ( ) { I && N . trigger ( ) } ; this . show = function ( ) { I = ! 0 ; N . trigger ( ) } ; this . hide = function ( ) { I = ! 1 ; N . trigger ( ) } ; this . destroy = function ( c ) { core . Async . destroyAll ( [ N . destroy , a ] , c ) } ; ( function ( ) { var a =
g . getMemberId ( ) ; N = core . Task . createRedrawTask ( q ) ; k ( ) ; x . setAttributeNS ( "urn:webodf:names:editinfo" , "editinfo:memberid" , a ) ; h . classList . add ( "webodf-virtualSelections" ) ; g . getDocument ( ) . subscribe ( ops . Document . signalCursorMoved , e ) ; A . subscribe ( gui . ZoomHelper . signalZoomChanged , l ) ; l ( A . getZoomLevel ( ) ) } ) ( ) } ;
gui . UndoStateRules = function ( ) { function g ( b , d ) { var g = b . length ; this . previous = function ( ) { for ( -- g ; 0 <= g ; -- g ) if ( d ( b [ g ] ) ) return b [ g ] ; return null } } function k ( b ) { b = b . spec ( ) ; var d ; b . hasOwnProperty ( "position" ) && ( d = b . position ) ; return d } function d ( b ) { return b . isEdit } function b ( b , d , g ) { if ( ! g ) return g = k ( b ) - k ( d ) , 0 === g || 1 === Math . abs ( g ) ; b = k ( b ) ; d = k ( d ) ; g = k ( g ) ; return b - d === d - g } this . isEditOperation = d ; this . isPartOfOperationSet = function ( f , k ) { var p = void 0 !== f . group , r ; if ( ! f . isEdit || 0 === k . length ) return ! 0 ; r = k [ k . length - 1 ] ; if ( p &&
f . group === r . group ) return ! 0 ; a : switch ( f . spec ( ) . optype ) { case "RemoveText" : case "InsertText" : r = ! 0 ; break a ; default : r = ! 1 } if ( r && k . some ( d ) ) { if ( p ) { var q ; p = f . spec ( ) . optype ; r = new g ( k , d ) ; var e = r . previous ( ) , l = null , a , c ; runtime . assert ( Boolean ( e ) , "No edit operations found in state" ) ; c = e . group ; runtime . assert ( void 0 !== c , "Operation has no group" ) ; for ( a = 1 ; e && e . group === c ; ) { if ( p === e . spec ( ) . optype ) { q = e ; break } e = r . previous ( ) } if ( q ) { for ( e = r . previous ( ) ; e ; ) { if ( e . group !== c ) { if ( 2 === a ) break ; c = e . group ; a += 1 } if ( p === e . spec ( ) . optype ) { l =
e ; break } e = r . previous ( ) } q = b ( f , q , l ) } else q = ! 1 ; return q } q = f . spec ( ) . optype ; p = new g ( k , d ) ; r = p . previous ( ) ; runtime . assert ( Boolean ( r ) , "No edit operations found in state" ) ; q = q === r . spec ( ) . optype ? b ( f , r , p . previous ( ) ) : ! 1 ; return q } return ! 1 } } ;
( function ( ) { function g ( b , d ) { this . mainId = void 0 !== b ? b : - 1 ; this . subId = void 0 !== d ? d : - 1 } function k ( b , f , k ) { function p ( d , a ) { return d + ( b . isEditOperation ( a ) ? 1 : 0 ) } var r , q , e ; this . addOperation = function ( d ) { b . isEditOperation ( d ) && ( e += 1 ) ; q . push ( d ) } ; this . isNextStateId = function ( b ) { return b . mainId === r && b . subId === e } ; this . getNextStateId = function ( ) { return new g ( r , e ) } ; this . getOperations = function ( ) { return q } ; r = d += 1 ; q = f || [ ] ; e = f && k ? f . reduce ( p , 0 ) : 0 } var d = 0 ; gui . TrivialUndoManager = function ( b ) { function d ( ) { return ! 0 !== u . isNextStateId ( v ) }
function n ( a ) { a = a . getOperations ( ) ; 0 < a . length && ( L = ! 0 , z ( a ) , L = ! 1 ) } function p ( ) { I . emit ( gui . UndoManager . signalUndoStackChanged , { undoAvailable : m . hasUndoStates ( ) , redoAvailable : m . hasRedoStates ( ) } ) } function r ( a ) { var c = d ( ) ; a !== c && I . emit ( gui . UndoManager . signalDocumentModifiedChanged , c ) } function q ( ) { u !== x && u !== t [ t . length - 1 ] && t . push ( u ) } function e ( a ) { var c = a . previousSibling || a . nextSibling ; a . parentNode . removeChild ( a ) ; h . normalizeTextNodes ( c ) } function l ( a ) { return Object . keys ( a ) . map ( function ( c ) { return a [ c ] } ) } function a ( a ) { function c ( a ) { var h =
a . spec ( ) ; if ( e [ h . memberid ] ) switch ( h . optype ) { case "AddCursor" : b [ h . memberid ] || ( b [ h . memberid ] = a , delete e [ h . memberid ] , -- f ) ; break ; case "MoveCursor" : d [ h . memberid ] || ( d [ h . memberid ] = a ) } } var b = { } , d = { } , e = { } , f , h ; h = a . pop ( ) ; w . getMemberIds ( ) . forEach ( function ( a ) { e [ a ] = ! 0 } ) ; for ( f = Object . keys ( e ) . length ; h && 0 < f ; ) h = h . getOperations ( ) , h . reverse ( ) , h . forEach ( c ) , h = a . pop ( ) ; return new k ( K , l ( b ) . concat ( l ( d ) ) ) } function c ( ) { var c = d ( ) , b = y = w . cloneDocumentElement ( ) ; h . getElementsByTagNameNS ( b , "urn:webodf:names:cursor" , "cursor" ) . forEach ( e ) ;
h . getElementsByTagNameNS ( b , "urn:webodf:names:cursor" , "anchor" ) . forEach ( e ) ; q ( ) ; u = x = a ( [ x ] . concat ( t ) ) ; t . length = 0 ; A . length = 0 ; c || ( v = u . getNextStateId ( ) ) ; p ( ) ; r ( c ) } var m = this , h = core . DomUtils , y , x , z , w , v , u , t = [ ] , A = [ ] , I = new core . EventNotifier ( [ gui . UndoManager . signalUndoStackChanged , gui . UndoManager . signalUndoStateCreated , gui . UndoManager . signalUndoStateModified , gui . UndoManager . signalDocumentModifiedChanged , gui . TrivialUndoManager . signalDocumentRootReplaced ] ) , K = b || new gui . UndoStateRules , L = ! 1 ; this . subscribe = function ( a ,
c ) { I . subscribe ( a , c ) } ; this . unsubscribe = function ( a , c ) { I . unsubscribe ( a , c ) } ; this . isDocumentModified = d ; this . setDocumentModified = function ( a ) { d ( ) !== a && ( v = a ? new g : u . getNextStateId ( ) , I . emit ( gui . UndoManager . signalDocumentModifiedChanged , a ) ) } ; this . hasUndoStates = function ( ) { return 0 < t . length } ; this . hasRedoStates = function ( ) { return 0 < A . length } ; this . setDocument = function ( a ) { w = a } ; this . purgeInitialState = function ( ) { var a = d ( ) ; t . length = 0 ; A . length = 0 ; u = x = new k ( K ) ; v = u . getNextStateId ( ) ; y = null ; p ( ) ; r ( a ) } ; this . setInitialState =
c ; this . initialize = function ( ) { y || c ( ) } ; this . setPlaybackFunction = function ( a ) { z = a } ; this . onOperationExecuted = function ( a ) { if ( ! L ) { var c = d ( ) ; K . isEditOperation ( a ) && ( u === x || 0 < A . length ) || ! K . isPartOfOperationSet ( a , u . getOperations ( ) ) ? ( A . length = 0 , q ( ) , u = new k ( K , [ a ] , ! 0 ) , t . push ( u ) , I . emit ( gui . UndoManager . signalUndoStateCreated , { operations : u . getOperations ( ) } ) , p ( ) ) : ( u . addOperation ( a ) , I . emit ( gui . UndoManager . signalUndoStateModified , { operations : u . getOperations ( ) } ) ) ; r ( c ) } } ; this . moveForward = function ( a ) { for ( var c = 0 , b = d ( ) ,
e ; a && A . length ; ) e = A . pop ( ) , t . push ( e ) , n ( e ) , -- a , c += 1 ; c && ( u = t [ t . length - 1 ] , p ( ) , r ( b ) ) ; return c } ; this . moveBackward = function ( a ) { for ( var c = 0 , b = d ( ) ; a && t . length ; ) A . push ( t . pop ( ) ) , -- a , c += 1 ; c && ( w . getMemberIds ( ) . forEach ( function ( a ) { w . hasCursor ( a ) && w . removeCursor ( a ) } ) , w . setDocumentElement ( y . cloneNode ( ! 0 ) ) , I . emit ( gui . TrivialUndoManager . signalDocumentRootReplaced , { } ) , n ( x ) , t . forEach ( n ) , u = t [ t . length - 1 ] || x , p ( ) , r ( b ) ) ; return c } ; u = x = new k ( K ) ; v = u . getNextStateId ( ) } ; gui . TrivialUndoManager . signalDocumentRootReplaced = "documentRootReplaced" } ) ( ) ;
odf . GraphicProperties = function ( g , k , d ) { var b = this , f = odf . Namespaces . stylens , n = odf . Namespaces . svgns ; this . verticalPos = function ( ) { return b . data . value ( "verticalPos" ) } ; this . verticalRel = function ( ) { return b . data . value ( "verticalRel" ) } ; this . horizontalPos = function ( ) { return b . data . value ( "horizontalPos" ) } ; this . horizontalRel = function ( ) { return b . data . value ( "horizontalRel" ) } ; this . strokeWidth = function ( ) { return b . data . value ( "strokeWidth" ) } ; b . data = new odf . LazyStyleProperties ( void 0 === d ? void 0 : d . data , { verticalPos : function ( ) { var b =
g . getAttributeNS ( f , "vertical-pos" ) ; return "" === b ? void 0 : b } , verticalRel : function ( ) { var b = g . getAttributeNS ( f , "vertical-rel" ) ; return "" === b ? void 0 : b } , horizontalPos : function ( ) { var b = g . getAttributeNS ( f , "horizontal-pos" ) ; return "" === b ? void 0 : b } , horizontalRel : function ( ) { var b = g . getAttributeNS ( f , "horizontal-rel" ) ; return "" === b ? void 0 : b } , strokeWidth : function ( ) { var b = g . getAttributeNS ( n , "stroke-width" ) ; return k . parseLength ( b ) } } ) } ;
odf . ComputedGraphicProperties = function ( ) { var g ; this . setGraphicProperties = function ( k ) { g = k } ; this . verticalPos = function ( ) { return g && g . verticalPos ( ) || "from-top" } ; this . verticalRel = function ( ) { return g && g . verticalRel ( ) || "page" } ; this . horizontalPos = function ( ) { return g && g . horizontalPos ( ) || "from-left" } ; this . horizontalRel = function ( ) { return g && g . horizontalRel ( ) || "page" } } ;
odf . PageLayoutProperties = function ( g , k , d ) { var b = this , f = odf . Namespaces . fons ; this . pageHeight = function ( ) { return b . data . value ( "pageHeight" ) || 1123 } ; this . pageWidth = function ( ) { return b . data . value ( "pageWidth" ) || 794 } ; b . data = new odf . LazyStyleProperties ( void 0 === d ? void 0 : d . data , { pageHeight : function ( ) { var b ; g && ( b = g . getAttributeNS ( f , "page-height" ) , b = k . parseLength ( b ) ) ; return b } , pageWidth : function ( ) { var b ; g && ( b = g . getAttributeNS ( f , "page-width" ) , b = k . parseLength ( b ) ) ; return b } } ) } ;
odf . PageLayout = function ( g , k , d ) { var b = null ; g && ( b = k . getPropertiesElement ( "page-layout-properties" , g ) ) ; this . pageLayout = new odf . PageLayoutProperties ( b , k , d && d . pageLayout ) } ; odf . PageLayoutCache = function ( ) { } ; odf . PageLayoutCache . prototype . getPageLayout = function ( g ) { } ; odf . PageLayoutCache . prototype . getDefaultPageLayout = function ( ) { } ;
odf . ParagraphProperties = function ( g , k , d ) { var b = this , f = odf . Namespaces . fons ; this . marginTop = function ( ) { return b . data . value ( "marginTop" ) } ; b . data = new odf . LazyStyleProperties ( void 0 === d ? void 0 : d . data , { marginTop : function ( ) { var b = g . getAttributeNS ( f , "margin-top" ) ; return k . parsePositiveLengthOrPercent ( b , "marginTop" , d && d . data ) } } ) } ;
odf . ComputedParagraphProperties = function ( ) { var g = { } , k = [ ] ; this . setStyleChain = function ( d ) { k = d ; g = { } } ; this . marginTop = function ( ) { var d , b ; if ( g . hasOwnProperty ( "marginTop" ) ) d = g . marginTop ; else { for ( b = 0 ; void 0 === d && b < k . length ; b += 1 ) d = k [ b ] . marginTop ( ) ; g . marginTop = d } return d || 0 } } ;
odf . TextProperties = function ( g , k , d ) { var b = this , f = odf . Namespaces . fons ; this . fontSize = function ( ) { return b . data . value ( "fontSize" ) } ; b . data = new odf . LazyStyleProperties ( void 0 === d ? void 0 : d . data , { fontSize : function ( ) { var b = g . getAttributeNS ( f , "font-size" ) ; return k . parsePositiveLengthOrPercent ( b , "fontSize" , d && d . data ) } } ) } ;
odf . ComputedTextProperties = function ( ) { var g = { } , k = [ ] ; this . setStyleChain = function ( d ) { k = d ; g = { } } ; this . fontSize = function ( ) { var d , b ; if ( g . hasOwnProperty ( "fontSize" ) ) d = g . fontSize ; else { for ( b = 0 ; void 0 === d && b < k . length ; b += 1 ) d = k [ b ] . fontSize ( ) ; g . fontSize = d } return d || 12 } } ; odf . MasterPage = function ( g , k ) { var d ; g ? ( d = g . getAttributeNS ( odf . Namespaces . stylens , "page-layout-name" ) , this . pageLayout = k . getPageLayout ( d ) ) : this . pageLayout = k . getDefaultPageLayout ( ) } ; odf . MasterPageCache = function ( ) { } ;
odf . MasterPageCache . prototype . getMasterPage = function ( g ) { } ;
odf . StylePileEntry = function ( g , k , d , b ) { this . masterPage = function ( ) { var b = g . getAttributeNS ( odf . Namespaces . stylens , "master-page-name" ) , k = null ; b && ( k = d . getMasterPage ( b ) ) ; return k } ; ( function ( d ) { var n = g . getAttributeNS ( odf . Namespaces . stylens , "family" ) , p = null ; if ( "graphic" === n || "chart" === n ) d . graphic = void 0 === b ? void 0 : b . graphic , p = k . getPropertiesElement ( "graphic-properties" , g , p ) , null !== p && ( d . graphic = new odf . GraphicProperties ( p , k , d . graphic ) ) ; if ( "paragraph" === n || "table-cell" === n || "graphic" === n || "presentation" ===
n || "chart" === n ) d . paragraph = void 0 === b ? void 0 : b . paragraph , p = k . getPropertiesElement ( "paragraph-properties" , g , p ) , null !== p && ( d . paragraph = new odf . ParagraphProperties ( p , k , d . paragraph ) ) ; if ( "text" === n || "paragraph" === n || "table-cell" === n || "graphic" === n || "presentation" === n || "chart" === n ) d . text = void 0 === b ? void 0 : b . text , p = k . getPropertiesElement ( "text-properties" , g , p ) , null !== p && ( d . text = new odf . TextProperties ( p , k , d . text ) ) } ) ( this ) } ;
odf . StylePile = function ( g , k ) { function d ( d , a ) { var c , f ; d . hasAttributeNS ( b , "parent-style-name" ) && ( f = d . getAttributeNS ( b , "parent-style-name" ) , - 1 === a . indexOf ( f ) && ( c = e ( f , a ) ) ) ; return new odf . StylePileEntry ( d , g , k , c ) } var b = odf . Namespaces . stylens , f = { } , n = { } , p , r = { } , q = { } , e ; e = function ( b , a ) { var c = r [ b ] , e ; ! c && ( e = f [ b ] ) && ( a . push ( b ) , c = d ( e , a ) , r [ b ] = c ) ; return c } ; this . getStyle = function ( b ) { var a = q [ b ] || r [ b ] , c , e = [ ] ; a || ( c = n [ b ] , c || ( c = f [ b ] ) && e . push ( b ) , c && ( a = d ( c , e ) ) ) ; return a } ; this . addCommonStyle = function ( d ) { var a ; d . hasAttributeNS ( b ,
"name" ) && ( a = d . getAttributeNS ( b , "name" ) , f . hasOwnProperty ( a ) || ( f [ a ] = d ) ) } ; this . addAutomaticStyle = function ( d ) { var a ; d . hasAttributeNS ( b , "name" ) && ( a = d . getAttributeNS ( b , "name" ) , n . hasOwnProperty ( a ) || ( n [ a ] = d ) ) } ; this . setDefaultStyle = function ( b ) { void 0 === p && ( p = d ( b , [ ] ) ) } ; this . getDefaultStyle = function ( ) { return p } } ; odf . ComputedGraphicStyle = function ( ) { this . text = new odf . ComputedTextProperties ; this . paragraph = new odf . ComputedParagraphProperties ; this . graphic = new odf . ComputedGraphicProperties } ;
odf . ComputedParagraphStyle = function ( ) { this . text = new odf . ComputedTextProperties ; this . paragraph = new odf . ComputedParagraphProperties } ; odf . ComputedTextStyle = function ( ) { this . text = new odf . ComputedTextProperties } ;
odf . StyleCache = function ( g ) { function k ( a , c , b , d ) { c = b . getAttributeNS ( c , "class-names" ) ; var e ; if ( c ) for ( c = c . split ( " " ) , e = 0 ; e < c . length ; e += 1 ) if ( b = c [ e ] ) d . push ( a ) , d . push ( b ) } function d ( a , c ) { var b = x . getStyleName ( "paragraph" , a ) ; void 0 !== b && ( c . push ( "paragraph" ) , c . push ( b ) ) ; a . namespaceURI !== h || "h" !== a . localName && "p" !== a . localName || k ( "paragraph" , h , a , c ) ; return c } function b ( a , c , b ) { var d = [ ] , e , h , f , g ; for ( e = 0 ; e < a . length ; e += 2 ) f = a [ e ] , g = a [ e + 1 ] , f = r [ f ] , g = f . getStyle ( g ) , void 0 !== g && ( g = g [ c ] , void 0 !== g && g !== h && ( d . push ( g ) , h = g ) ) ;
f = r [ b ] ; if ( g = f . getDefaultStyle ( ) ) g = g [ c ] , void 0 !== g && g !== h && d . push ( g ) ; return d } function f ( a , c ) { var b = x . getStyleName ( "text" , a ) , e = a . parentNode ; void 0 !== b && ( c . push ( "text" ) , c . push ( b ) ) ; "span" === a . localName && a . namespaceURI === h && k ( "text" , h , a , c ) ; if ( ! e || e === g ) return c ; e . namespaceURI !== h || "p" !== e . localName && "h" !== e . localName ? f ( e , c ) : d ( e , c ) ; return c } function n ( a ) { a = a . getAttributeNS ( y , "family" ) ; return r [ a ] } var p = this , r , q , e , l , a , c , m , h = odf . Namespaces . textns , y = odf . Namespaces . stylens , x = new odf . StyleInfo , z = new odf . StyleParseUtils ,
w , v , u , t , A , I ; this . getComputedGraphicStyle = function ( a ) { var c = [ ] ; a = x . getStyleName ( "graphic" , a ) ; void 0 !== a && ( c . push ( "graphic" ) , c . push ( a ) ) ; a = c . join ( "/" ) ; var d = l [ a ] ; runtime . assert ( 0 === c . length % 2 , "Invalid style chain." ) ; void 0 === d && ( d = new odf . ComputedGraphicStyle , d . graphic . setGraphicProperties ( b ( c , "graphic" , "graphic" ) [ 0 ] ) , d . text . setStyleChain ( b ( c , "text" , "graphic" ) ) , d . paragraph . setStyleChain ( b ( c , "paragraph" , "graphic" ) ) , l [ a ] = d ) ; return d } ; this . getComputedParagraphStyle = function ( a ) { a = d ( a , [ ] ) ; var c = a . join ( "/" ) ,
f = e [ c ] ; runtime . assert ( 0 === a . length % 2 , "Invalid style chain." ) ; void 0 === f && ( f = new odf . ComputedParagraphStyle , f . text . setStyleChain ( b ( a , "text" , "paragraph" ) ) , f . paragraph . setStyleChain ( b ( a , "paragraph" , "paragraph" ) ) , e [ c ] = f ) ; return f } ; this . getComputedTextStyle = function ( a ) { a = f ( a , [ ] ) ; var c = a . join ( "/" ) , d = q [ c ] ; runtime . assert ( 0 === a . length % 2 , "Invalid style chain." ) ; void 0 === d && ( d = new odf . ComputedTextStyle , d . text . setStyleChain ( b ( a , "text" , "text" ) ) , q [ c ] = d ) ; return d } ; this . getPageLayout = function ( a ) { var c = I [ a ] ; c || ( ( c =
A [ a ] ) ? ( c = new odf . PageLayout ( c , z , t ) , I [ a ] = c ) : c = t ) ; return c } ; this . getDefaultPageLayout = function ( ) { return t } ; this . getMasterPage = function ( a ) { var c = v [ a ] ; void 0 === c && ( ( c = w [ a ] ) ? ( c = new odf . MasterPage ( c , p ) , v [ a ] = c ) : c = null ) ; return c } ; this . getDefaultMasterPage = function ( ) { return u } ; this . update = function ( ) { var b , d , f = null , h = null ; q = { } ; e = { } ; l = { } ; w = { } ; v = { } ; I = { } ; A = { } ; a = new odf . StylePile ( z , p ) ; c = new odf . StylePile ( z , p ) ; m = new odf . StylePile ( z , p ) ; r = { text : a , paragraph : c , graphic : m } ; for ( b = g . styles . firstElementChild ; b ; ) b . namespaceURI ===
y && ( ( d = n ( b ) ) ? "style" === b . localName ? d . addCommonStyle ( b ) : "default-style" === b . localName && d . setDefaultStyle ( b ) : "default-page-layout" === b . localName && ( f = b ) ) , b = b . nextElementSibling ; t = new odf . PageLayout ( f , z ) ; for ( b = g . automaticStyles . firstElementChild ; b ; ) b . namespaceURI === y && ( ( d = n ( b ) ) && "style" === b . localName ? d . addAutomaticStyle ( b ) : "page-layout" === b . localName && ( A [ b . getAttributeNS ( y , "name" ) ] = b ) ) , b = b . nextElementSibling ; for ( b = g . masterStyles . firstElementChild ; b ; ) b . namespaceURI === y && "master-page" === b . localName && ( h =
h || b , d = b , f = d . getAttributeNS ( y , "name" ) , 0 < f . length && ! w . hasOwnProperty ( f ) && ( w [ f ] = d ) ) , b = b . nextElementSibling ; u = new odf . MasterPage ( h , p ) } } ;
ops . OperationTransformMatrix = function ( ) { function g ( a ) { a . position += a . length ; a . length *= - 1 } function k ( a ) { var c = 0 > a . length ; c && g ( a ) ; return c } function d ( a , c ) { function b ( e ) { a [ e ] === c && d . push ( e ) } var d = [ ] ; a && [ "style:parent-style-name" , "style:next-style-name" ] . forEach ( b ) ; return d } function b ( a , c ) { function b ( d ) { a [ d ] === c && delete a [ d ] } a && [ "style:parent-style-name" , "style:next-style-name" ] . forEach ( b ) } function f ( a ) { var c = { } ; Object . keys ( a ) . forEach ( function ( b ) { c [ b ] = "object" === typeof a [ b ] ? f ( a [ b ] ) : a [ b ] } ) ; return c } function n ( a ,
c , b , d ) { var e , f = ! 1 , g = ! 1 , k , l = [ ] ; d && d . attributes && ( l = d . attributes . split ( "," ) ) ; a && ( b || 0 < l . length ) && Object . keys ( a ) . forEach ( function ( c ) { var d = a [ c ] , e ; "object" !== typeof d && ( b && ( e = b [ c ] ) , void 0 !== e ? ( delete a [ c ] , g = ! 0 , e === d && ( delete b [ c ] , f = ! 0 ) ) : - 1 !== l . indexOf ( c ) && ( delete a [ c ] , g = ! 0 ) ) } ) ; if ( c && c . attributes && ( b || 0 < l . length ) ) { k = c . attributes . split ( "," ) ; for ( d = 0 ; d < k . length ; d += 1 ) if ( e = k [ d ] , b && void 0 !== b [ e ] || l && - 1 !== l . indexOf ( e ) ) k . splice ( d , 1 ) , -- d , g = ! 0 ; 0 < k . length ? c . attributes = k . join ( "," ) : delete c . attributes } return { majorChanged : f ,
minorChanged : g } } function p ( a ) { for ( var c in a ) if ( a . hasOwnProperty ( c ) ) return ! 0 ; return ! 1 } function r ( a ) { for ( var c in a ) if ( a . hasOwnProperty ( c ) && ( "attributes" !== c || 0 < a . attributes . length ) ) return ! 0 ; return ! 1 } function q ( a , c , b , d , e ) { var f = a ? a [ e ] : null , g = c ? c [ e ] : null , k = b ? b [ e ] : null , l = d ? d [ e ] : null , q ; q = n ( f , g , k , l ) ; f && ! p ( f ) && delete a [ e ] ; g && ! r ( g ) && delete c [ e ] ; k && ! p ( k ) && delete b [ e ] ; l && ! r ( l ) && delete d [ e ] ; return q } function e ( a , c ) { return { opSpecsA : [ a ] , opSpecsB : [ c ] } } var l ; l = { AddAnnotation : { AddAnnotation : function ( a , c , b ) { var d ;
a . position < c . position ? ( d = a , b = c ) : c . position < a . position ? ( d = c , b = a ) : ( d = b ? a : c , b = b ? c : a ) ; b . position < d . position + d . length && ( d . length += 2 ) ; b . position += 2 ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , AddCursor : e , AddMember : e , AddStyle : e , ApplyDirectStyling : function ( a , c ) { a . position <= c . position ? c . position += 2 : a . position <= c . position + c . length && ( c . length += 2 ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , InsertText : function ( a , c ) { c . position <= a . position ? a . position += c . text . length : ( void 0 !== a . length && c . position <= a . position + a . length && ( a . length +=
c . text . length ) , c . position += 2 ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , MergeParagraph : function ( a , c ) { c . sourceStartPosition <= a . position ? -- a . position : ( void 0 !== a . length && c . sourceStartPosition <= a . position + a . length && -- a . length , c . sourceStartPosition += 2 , a . position < c . destinationStartPosition && ( c . destinationStartPosition += 2 ) ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , MoveCursor : function ( a , c ) { var b = k ( c ) ; a . position < c . position ? c . position += 2 : a . position < c . position + c . length && ( c . length += 2 ) ; b && g ( c ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } ,
RemoveAnnotation : function ( a , c ) { a . position < c . position ? ( c . position < a . position + a . length && ( a . length -= c . length + 2 ) , c . position += 2 ) : a . position -= c . length + 2 ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , c ) { var b = c . position , d = c . position + c . length , e , f = [ a ] , g = [ c ] ; a . position <= c . position ? c . position += 2 : a . position < d && ( c . length = a . position - c . position , e = { optype : "RemoveText" , memberid : c . memberid , timestamp : c . timestamp , position : a . position + 2 , length : d - a . position } , g . unshift ( e ) ) ;
c . position + c . length <= a . position ? ( a . position -= c . length , void 0 !== a . length && e && ( a . length = e . length >= a . length ? 0 : a . length - e . length ) ) : void 0 !== a . length && ( e = a . position + a . length , d <= e ? a . length -= c . length : b < e && ( a . length = b - a . position ) ) ; return { opSpecsA : f , opSpecsB : g } } , SetParagraphStyle : function ( a , c ) { a . position < c . position && ( c . position += 2 ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , SplitParagraph : function ( a , c ) { a . position < c . sourceParagraphPosition && ( c . sourceParagraphPosition += 2 ) ; c . position <= a . position ? a . position += 1 : ( void 0 !==
a . length && c . position <= a . position + a . length && ( a . length += 1 ) , c . position += 2 ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , AddCursor : { AddCursor : e , AddMember : e , AddStyle : e , ApplyDirectStyling : e , InsertText : e , MergeParagraph : e , MoveCursor : e , RemoveAnnotation : e , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : e , SetParagraphStyle : e , SplitParagraph : e , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , AddMember : { AddStyle : e , ApplyDirectStyling : e , InsertText : e , MergeParagraph : e ,
MoveCursor : e , RemoveAnnotation : e , RemoveCursor : e , RemoveStyle : e , RemoveText : e , SetParagraphStyle : e , SplitParagraph : e , UpdateMetadata : e , UpdateParagraphStyle : e } , AddStyle : { AddStyle : e , ApplyDirectStyling : e , InsertText : e , MergeParagraph : e , MoveCursor : e , RemoveAnnotation : e , RemoveCursor : e , RemoveMember : e , RemoveStyle : function ( a , c ) { var e , f = [ a ] , g = [ c ] ; a . styleFamily === c . styleFamily && ( e = d ( a . setProperties , c . styleName ) , 0 < e . length && ( e = { optype : "UpdateParagraphStyle" , memberid : c . memberid , timestamp : c . timestamp , styleName : a . styleName ,
removedProperties : { attributes : e . join ( "," ) } } , g . unshift ( e ) ) , b ( a . setProperties , c . styleName ) ) ; return { opSpecsA : f , opSpecsB : g } } , RemoveText : e , SetParagraphStyle : e , SplitParagraph : e , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , ApplyDirectStyling : { ApplyDirectStyling : function ( a , c , b ) { var d , e , g , k , l , n , r , t ; k = [ a ] ; g = [ c ] ; if ( ! ( a . position + a . length <= c . position || a . position >= c . position + c . length ) ) { d = b ? a : c ; e = b ? c : a ; if ( a . position !== c . position || a . length !== c . length ) n = f ( d ) , r = f ( e ) ; c = q ( e . setProperties , null , d . setProperties ,
null , "style:text-properties" ) ; if ( c . majorChanged || c . minorChanged ) g = [ ] , a = [ ] , k = d . position + d . length , l = e . position + e . length , e . position < d . position ? c . minorChanged && ( t = f ( r ) , t . length = d . position - e . position , a . push ( t ) , e . position = d . position , e . length = l - e . position ) : d . position < e . position && c . majorChanged && ( t = f ( n ) , t . length = e . position - d . position , g . push ( t ) , d . position = e . position , d . length = k - d . position ) , l > k ? c . minorChanged && ( n = r , n . position = k , n . length = l - k , a . push ( n ) , e . length = k - e . position ) : k > l && c . majorChanged && ( n . position = l ,
n . length = k - l , g . push ( n ) , d . length = l - d . position ) , d . setProperties && p ( d . setProperties ) && g . push ( d ) , e . setProperties && p ( e . setProperties ) && a . push ( e ) , b ? ( k = g , g = a ) : k = a } return { opSpecsA : k , opSpecsB : g } } , InsertText : function ( a , c ) { c . position <= a . position ? a . position += c . text . length : c . position <= a . position + a . length && ( a . length += c . text . length ) ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , MergeParagraph : function ( a , c ) { var b = a . position , d = a . position + a . length ; b >= c . sourceStartPosition && -- b ; d >= c . sourceStartPosition && -- d ; a . position = b ; a . length =
d - b ; return { opSpecsA : [ a ] , opSpecsB : [ c ] } } , MoveCursor : e , RemoveAnnotation : function ( a , b ) { var d = a . position , e = a . position + a . length , f = b . position + b . length , g = [ a ] , k = [ b ] ; b . position <= d && e <= f ? g = [ ] : ( f < d && ( d -= b . length + 2 ) , f < e && ( e -= b . length + 2 ) , a . position = d , a . length = e - d ) ; return { opSpecsA : g , opSpecsB : k } } , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , b ) { var d = a . position + a . length , e = b . position + b . length , f = [ a ] , g = [ b ] ; e <= a . position ? a . position -= b . length : b . position < d && ( a . position < b . position ? a . length = e < d ? a . length -
b . length : b . position - a . position : ( a . position = b . position , e < d ? a . length = d - e : f = [ ] ) ) ; return { opSpecsA : f , opSpecsB : g } } , SetParagraphStyle : e , SplitParagraph : function ( a , b ) { b . position < a . position ? a . position += 1 : b . position < a . position + a . length && ( a . length += 1 ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , InsertText : { InsertText : function ( a , b , d ) { a . position < b . position ? b . position += a . text . length : a . position > b . position ? a . position += b . text . length : d ? b . position += a . text . length : a . position +=
b . text . length ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , MergeParagraph : function ( a , b ) { a . position >= b . sourceStartPosition ? -- a . position : ( a . position < b . sourceStartPosition && ( b . sourceStartPosition += a . text . length ) , a . position < b . destinationStartPosition && ( b . destinationStartPosition += a . text . length ) ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , MoveCursor : function ( a , b ) { var d = k ( b ) ; a . position < b . position ? b . position += a . text . length : a . position < b . position + b . length && ( b . length += a . text . length ) ; d && g ( b ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } ,
RemoveAnnotation : function ( a , b ) { var d = a . position , e = b . position + b . length , f = [ a ] , g = [ b ] ; b . position <= d && d <= e ? ( f = [ ] , b . length += a . text . length ) : e < a . position ? a . position -= b . length + 2 : b . position += a . text . length ; return { opSpecsA : f , opSpecsB : g } } , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , b ) { var d ; d = b . position + b . length ; var e = [ a ] , f = [ b ] ; d <= a . position ? a . position -= b . length : a . position <= b . position ? b . position += a . text . length : ( b . length = a . position - b . position , d = { optype : "RemoveText" , memberid : b . memberid , timestamp : b . timestamp ,
position : a . position + a . text . length , length : d - a . position } , f . unshift ( d ) , a . position = b . position ) ; return { opSpecsA : e , opSpecsB : f } } , SetParagraphStyle : function ( a , b ) { b . position > a . position && ( b . position += a . text . length ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , SplitParagraph : function ( a , b ) { a . position < b . sourceParagraphPosition && ( b . sourceParagraphPosition += a . text . length ) ; a . position <= b . position ? b . position += a . text . length : a . position += 1 ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } ,
MergeParagraph : { MergeParagraph : function ( a , b , d ) { var e = [ a ] , f = [ b ] , g ; a . destinationStartPosition === b . destinationStartPosition ? ( e = [ ] , f = [ ] , a . moveCursor && ( g = { optype : "MoveCursor" , memberid : a . memberid , timestamp : a . timestamp , position : a . sourceStartPosition - 1 } , e . push ( g ) ) , b . moveCursor && ( g = { optype : "MoveCursor" , memberid : b . memberid , timestamp : b . timestamp , position : b . sourceStartPosition - 1 } , f . push ( g ) ) , a = d ? a : b , a = { optype : "SetParagraphStyle" , memberid : a . memberid , timestamp : a . timestamp , position : a . destinationStartPosition , styleName : a . paragraphStyleName } ,
d ? e . push ( a ) : f . push ( a ) ) : b . sourceStartPosition === a . destinationStartPosition ? ( a . destinationStartPosition = b . destinationStartPosition , -- a . sourceStartPosition , a . paragraphStyleName = b . paragraphStyleName ) : a . sourceStartPosition === b . destinationStartPosition ? ( b . destinationStartPosition = a . destinationStartPosition , -- b . sourceStartPosition , b . paragraphStyleName = a . paragraphStyleName ) : a . destinationStartPosition < b . destinationStartPosition ? ( -- b . destinationStartPosition , -- b . sourceStartPosition ) : ( -- a . destinationStartPosition ,
-- a . sourceStartPosition ) ; return { opSpecsA : e , opSpecsB : f } } , MoveCursor : function ( a , b ) { var d = b . position , e = b . position + b . length , f = Math . min ( d , e ) , d = Math . max ( d , e ) ; f >= a . sourceStartPosition && -- f ; d >= a . sourceStartPosition && -- d ; 0 <= b . length ? ( b . position = f , b . length = d - f ) : ( b . position = d , b . length = f - d ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , RemoveAnnotation : function ( a , b ) { var d = b . position + b . length , e = [ a ] , f = [ b ] ; b . position <= a . destinationStartPosition && a . sourceStartPosition <= d ? ( e = [ ] , -- b . length ) : a . sourceStartPosition < b . position ? -- b . position :
( d < a . destinationStartPosition && ( a . destinationStartPosition -= b . length + 2 ) , d < a . sourceStartPosition && ( a . sourceStartPosition -= b . length + 2 ) ) ; return { opSpecsA : e , opSpecsB : f } } , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , b ) { b . position >= a . sourceStartPosition ? -- b . position : ( b . position < a . destinationStartPosition && ( a . destinationStartPosition -= b . length ) , b . position < a . sourceStartPosition && ( a . sourceStartPosition -= b . length ) ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , SetParagraphStyle : function ( a , b ) { var d =
[ a ] , e = [ b ] ; if ( b . position > a . sourceStartPosition ) -- b . position ; else if ( b . position === a . destinationStartPosition || b . position === a . sourceStartPosition ) b . position = a . destinationStartPosition , a . paragraphStyleName = b . styleName ; return { opSpecsA : d , opSpecsB : e } } , SplitParagraph : function ( a , b ) { var d , e = [ a ] , f = [ b ] ; b . position < a . destinationStartPosition ? ( a . destinationStartPosition += 1 , a . sourceStartPosition += 1 ) : b . position >= a . destinationStartPosition && b . position < a . sourceStartPosition ? ( b . paragraphStyleName = a . paragraphStyleName ,
d = { optype : "SetParagraphStyle" , memberid : a . memberid , timestamp : a . timestamp , position : a . destinationStartPosition , styleName : a . paragraphStyleName } , e . push ( d ) , b . position === a . sourceStartPosition - 1 && a . moveCursor && ( d = { optype : "MoveCursor" , memberid : a . memberid , timestamp : a . timestamp , position : b . position , length : 0 } , e . push ( d ) ) , a . destinationStartPosition = b . position + 1 , a . sourceStartPosition += 1 ) : b . position >= a . sourceStartPosition && ( -- b . position , -- b . sourceParagraphPosition ) ; return { opSpecsA : e , opSpecsB : f } } , UpdateMember : e , UpdateMetadata : e ,
UpdateParagraphStyle : e } , MoveCursor : { MoveCursor : e , RemoveAnnotation : function ( a , b ) { var d = k ( a ) , e = a . position + a . length , f = b . position + b . length ; b . position <= a . position && e <= f ? ( a . position = b . position - 1 , a . length = 0 ) : ( f < a . position ? a . position -= b . length + 2 : f < e && ( a . length -= b . length + 2 ) , d && g ( a ) ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , RemoveCursor : function ( a , b ) { return { opSpecsA : a . memberid === b . memberid ? [ ] : [ a ] , opSpecsB : [ b ] } } , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , b ) { var d = k ( a ) , e = a . position + a . length , f = b . position + b . length ;
f <= a . position ? a . position -= b . length : b . position < e && ( a . position < b . position ? a . length = f < e ? a . length - b . length : b . position - a . position : ( a . position = b . position , a . length = f < e ? e - f : 0 ) ) ; d && g ( a ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , SetParagraphStyle : e , SplitParagraph : function ( a , b ) { var d = k ( a ) ; b . position < a . position ? a . position += 1 : b . position < a . position + a . length && ( a . length += 1 ) ; d && g ( a ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , RemoveAnnotation : { RemoveAnnotation : function ( a , b ) { var d =
[ a ] , e = [ b ] ; a . position === b . position && a . length === b . length ? ( d = [ ] , e = [ ] ) : a . position < b . position ? b . position -= a . length + 2 : a . position -= b . length + 2 ; return { opSpecsA : d , opSpecsB : e } } , RemoveCursor : e , RemoveMember : e , RemoveStyle : e , RemoveText : function ( a , b ) { var d = a . position + a . length , e = b . position + b . length , f = [ a ] , g = [ b ] ; a . position <= b . position && e <= d ? ( g = [ ] , a . length -= b . length ) : e < a . position ? a . position -= b . length : b . position < a . position ? ( a . position = b . position + 1 , b . length -= a . length + 2 ) : b . position -= a . length + 2 ; return { opSpecsA : f , opSpecsB : g } } ,
SetParagraphStyle : function ( a , b ) { var d = b . position , e = a . position + a . length , f = [ a ] , g = [ b ] ; a . position <= d && d <= e ? g = [ ] : e < d && ( b . position -= a . length + 2 ) ; return { opSpecsA : f , opSpecsB : g } } , SplitParagraph : function ( a , b ) { var d = b . position , e = a . position + a . length , f = [ a ] , g = [ b ] ; a . position <= d && d <= e ? ( g = [ ] , a . length += 1 ) : ( e < b . sourceParagraphPosition && ( b . sourceParagraphPosition -= a . length + 2 ) , e < d ? b . position -= a . length + 2 : a . position += 1 ) ; return { opSpecsA : f , opSpecsB : g } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , RemoveCursor : { RemoveCursor : function ( a ,
b ) { var d = a . memberid === b . memberid ; return { opSpecsA : d ? [ ] : [ a ] , opSpecsB : d ? [ ] : [ b ] } } , RemoveMember : e , RemoveStyle : e , RemoveText : e , SetParagraphStyle : e , SplitParagraph : e , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , RemoveMember : { RemoveStyle : e , RemoveText : e , SetParagraphStyle : e , SplitParagraph : e , UpdateMetadata : e , UpdateParagraphStyle : e } , RemoveStyle : { RemoveStyle : function ( a , b ) { var d = a . styleName === b . styleName && a . styleFamily === b . styleFamily ; return { opSpecsA : d ? [ ] : [ a ] , opSpecsB : d ? [ ] : [ b ] } } , RemoveText : e , SetParagraphStyle : function ( a ,
b ) { var d , e = [ a ] , f = [ b ] ; "paragraph" === a . styleFamily && a . styleName === b . styleName && ( d = { optype : "SetParagraphStyle" , memberid : a . memberid , timestamp : a . timestamp , position : b . position , styleName : "" } , e . unshift ( d ) , b . styleName = "" ) ; return { opSpecsA : e , opSpecsB : f } } , SplitParagraph : e , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : function ( a , c ) { var e , f = [ a ] , g = [ c ] ; "paragraph" === a . styleFamily && ( e = d ( c . setProperties , a . styleName ) , 0 < e . length && ( e = { optype : "UpdateParagraphStyle" , memberid : a . memberid , timestamp : a . timestamp , styleName : c . styleName ,
removedProperties : { attributes : e . join ( "," ) } } , f . unshift ( e ) ) , a . styleName === c . styleName ? g = [ ] : b ( c . setProperties , a . styleName ) ) ; return { opSpecsA : f , opSpecsB : g } } } , RemoveText : { RemoveText : function ( a , b ) { var d = a . position + a . length , e = b . position + b . length , f = [ a ] , g = [ b ] ; e <= a . position ? a . position -= b . length : d <= b . position ? b . position -= a . length : b . position < d && ( a . position < b . position ? ( a . length = e < d ? a . length - b . length : b . position - a . position , d < e ? ( b . position = a . position , b . length = e - d ) : g = [ ] ) : ( d < e ? b . length -= a . length : b . position < a . position ?
b . length = a . position - b . position : g = [ ] , e < d ? ( a . position = b . position , a . length = d - e ) : f = [ ] ) ) ; return { opSpecsA : f , opSpecsB : g } } , SetParagraphStyle : function ( a , b ) { a . position < b . position && ( b . position -= a . length ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , SplitParagraph : function ( a , b ) { var d = a . position + a . length , e = [ a ] , f = [ b ] ; b . position <= a . position ? a . position += 1 : b . position < d && ( a . length = b . position - a . position , d = { optype : "RemoveText" , memberid : a . memberid , timestamp : a . timestamp , position : b . position + 1 , length : d - b . position } , e . unshift ( d ) ) ; a . position +
a . length <= b . position ? b . position -= a . length : a . position < b . position && ( b . position = a . position ) ; a . position + a . length < b . sourceParagraphPosition && ( b . sourceParagraphPosition -= a . length ) ; return { opSpecsA : e , opSpecsB : f } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , SetParagraphStyle : { SetParagraphStyle : function ( a , b , d ) { a . position === b . position && ( d ? b . styleName = a . styleName : a . styleName = b . styleName ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , SplitParagraph : function ( a , b ) { var d = [ a ] , e = [ b ] , g ; a . position > b . position ? a . position +=
1 : a . position === b . sourceParagraphPosition && ( b . paragraphStyleName = a . styleName , g = f ( a ) , g . position = b . position + 1 , d . push ( g ) ) ; return { opSpecsA : d , opSpecsB : e } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , SplitParagraph : { SplitParagraph : function ( a , b , d ) { var e , f ; a . position < b . position ? e = ! 0 : b . position < a . position ? f = ! 0 : a . position === b . position && ( d ? e = ! 0 : f = ! 0 ) ; e ? ( b . position += 1 , b . sourceParagraphPosition = a . position < b . sourceParagraphPosition ? b . sourceParagraphPosition + 1 : a . position + 1 ) : f && ( a . position += 1 , a . sourceParagraphPosition =
b . position < b . sourceParagraphPosition ? a . sourceParagraphPosition + 1 : b . position + 1 ) ; return { opSpecsA : [ a ] , opSpecsB : [ b ] } } , UpdateMember : e , UpdateMetadata : e , UpdateParagraphStyle : e } , UpdateMember : { UpdateMetadata : e , UpdateParagraphStyle : e } , UpdateMetadata : { UpdateMetadata : function ( a , b , d ) { var e , f = [ a ] , g = [ b ] ; e = d ? a : b ; a = d ? b : a ; n ( a . setProperties || null , a . removedProperties || null , e . setProperties || null , e . removedProperties || null ) ; e . setProperties && p ( e . setProperties ) || e . removedProperties && r ( e . removedProperties ) || ( d ? f = [ ] : g = [ ] ) ;
a . setProperties && p ( a . setProperties ) || a . removedProperties && r ( a . removedProperties ) || ( d ? g = [ ] : f = [ ] ) ; return { opSpecsA : f , opSpecsB : g } } , UpdateParagraphStyle : e } , UpdateParagraphStyle : { UpdateParagraphStyle : function ( a , b , d ) { var e , f = [ a ] , g = [ b ] ; a . styleName === b . styleName && ( e = d ? a : b , a = d ? b : a , q ( a . setProperties , a . removedProperties , e . setProperties , e . removedProperties , "style:paragraph-properties" ) , q ( a . setProperties , a . removedProperties , e . setProperties , e . removedProperties , "style:text-properties" ) , n ( a . setProperties || null , a . removedProperties ||
null , e . setProperties || null , e . removedProperties || null ) , e . setProperties && p ( e . setProperties ) || e . removedProperties && r ( e . removedProperties ) || ( d ? f = [ ] : g = [ ] ) , a . setProperties && p ( a . setProperties ) || a . removedProperties && r ( a . removedProperties ) || ( d ? g = [ ] : f = [ ] ) ) ; return { opSpecsA : f , opSpecsB : g } } } } ; this . passUnchanged = e ; this . extendTransformations = function ( a ) { Object . keys ( a ) . forEach ( function ( b ) { var d = a [ b ] , e , f = l . hasOwnProperty ( b ) ; runtime . log ( ( f ? "Extending" : "Adding" ) + " map for optypeA: " + b ) ; f || ( l [ b ] = { } ) ; e = l [ b ] ; Object . keys ( d ) . forEach ( function ( a ) { var f =
e . hasOwnProperty ( a ) ; runtime . assert ( b <= a , "Wrong order:" + b + ", " + a ) ; runtime . log ( " " + ( f ? "Overwriting" : "Adding" ) + " entry for optypeB: " + a ) ; e [ a ] = d [ a ] } ) } ) } ; this . transformOpspecVsOpspec = function ( a , b ) { var d = a . optype <= b . optype , e ; runtime . log ( "Crosstransforming:" ) ; runtime . log ( runtime . toJson ( a ) ) ; runtime . log ( runtime . toJson ( b ) ) ; d || ( e = a , a = b , b = e ) ; ( e = ( e = l [ a . optype ] ) && e [ b . optype ] ) ? ( e = e ( a , b , ! d ) , d || null === e || ( e = { opSpecsA : e . opSpecsB , opSpecsB : e . opSpecsA } ) ) : e = null ; runtime . log ( "result:" ) ; e ? ( runtime . log ( runtime . toJson ( e . opSpecsA ) ) ,
runtime . log ( runtime . toJson ( e . opSpecsB ) ) ) : runtime . log ( "null" ) ; return e } } ;
ops . OperationTransformer = function ( ) { function g ( d , b ) { for ( var f , n , p = [ ] , r = [ ] ; 0 < d . length && b ; ) { f = d . shift ( ) ; f = k . transformOpspecVsOpspec ( f , b ) ; if ( ! f ) return null ; p = p . concat ( f . opSpecsA ) ; if ( 0 === f . opSpecsB . length ) { p = p . concat ( d ) ; b = null ; break } for ( ; 1 < f . opSpecsB . length ; ) { n = g ( d , f . opSpecsB . shift ( ) ) ; if ( ! n ) return null ; r = r . concat ( n . opSpecsB ) ; d = n . opSpecsA } b = f . opSpecsB . pop ( ) } b && r . push ( b ) ; return { opSpecsA : p , opSpecsB : r } } var k = new ops . OperationTransformMatrix ; this . getOperationTransformMatrix = function ( ) { return k } ; this . transform =
function ( d , b ) { for ( var f , k = [ ] ; 0 < b . length ; ) { f = g ( d , b . shift ( ) ) ; if ( ! f ) return null ; d = f . opSpecsA ; k = k . concat ( f . opSpecsB ) } return { opSpecsA : d , opSpecsB : k } } } ; var webodf _css = ' @ namespace draw url ( urn : oasis : names : tc : opendocument : xmlns : drawing : 1.0 ) ; @ namespace fo url ( urn : oasis : names : tc : opendocument : xmlns : xsl - fo - compatible : 1.0 ) ; @ namespace office url ( urn : oasis : names : tc : opendocument : xmlns : office : 1.0 ) ; @ namespace presentation url ( urn : oasis : names : tc : opendocument : xmlns : presentation : 1.0 ) ; @ namespace style url ( urn : oasis : names : tc : opendocument : xmlns : style : 1.0 ) ; @ namespace svg url ( urn : oasis : names : tc : opendocument : xmlns : svg - compatible : 1.0 ) ; @ namespace table url ( urn : oasis : names : tc : opendocument : xmlns : table : 1.0 ) ; @ namespace text url ( urn : oasis : names : tc : opendocument : xmlns : text : 1.0 ) ; @ namespace webodfhelper url ( urn : webodf : names : helper ) ; @ namespace cursor url ( urn : webodf : names : cursor ) ; @ namespace editinfo url ( urn : webodf : names : editinfo ) ; @ namespace annotation url ( urn : webodf : names : annotation ) ; @ namespace dc url ( http : //purl.org/dc/elements/1.1/);@namespace svgns url(http://www.w3.org/2000/svg);office|document > *, office|document-content > * {display: none;}office|body, office|document {display: inline-block;position: relative;}text|p, text|h {display: block;padding: 0;margin: 0;line-height: normal;position: relative;}text|p::after, text|h::after {content: "\\200B";white-space: pre;}*[webodfhelper|containsparagraphanchor] {position: relative;}text|s {white-space: pre;}text|tab {display: inline;white-space: pre;}text|tracked-changes {display: none;}office|binary-data {display: none;}office|text {display: block;text-align: left;overflow: visible;word-wrap: break-word;}office|text::selection {background: transparent;}.webodf-virtualSelections *::selection {background: transparent;}.webodf-virtualSelections *::-moz-selection {background: transparent;}office|text * draw|text-box {display: block;border: 1px solid #d3d3d3;}office|text draw|frame {z-index: 1;}office|spreadsheet {display: block;border-collapse: collapse;empty-cells: show;font-family: sans-serif;font-size: 10pt;text-align: left;page-break-inside: avoid;overflow: hidden;}office|presentation {display: inline-block;text-align: left;}#shadowContent {display: inline-block;text-align: left;}draw|page {display: block;position: relative;overflow: hidden;}presentation|notes, presentation|footer-decl, presentation|date-time-decl {display: none;}@media print {draw|page {border: 1pt solid black;page-break-inside: avoid;}presentation|notes {}}office|spreadsheet text|p {border: 0px;padding: 1px;margin: 0px;}office|spreadsheet table|table {margin: 3px;}office|spreadsheet table|table:after {}office|spreadsheet table|table-row {counter-increment: row;}office|spreadsheet table|table-row:before {width: 3em;background: #cccccc;border: 1px solid black;text-align: center;content: counter(row);display: table-cell;}office|spreadsheet table|table-cell {border: 1px solid #cccccc;}table|table {display: table;}draw|frame table|table {width: 100%;height: 100%;background: white;}table|table-header-rows {display: table-header-group;}table|table-row {display: table-row;}table|table-column {display: table-column;}table|table-cell {width: 0.889in;display: table-cell;word-break: break-all;}draw|frame {display: block;}draw|image {display: block;width: 100%;height: 100%;top: 0px;left: 0px;background-repeat: no-repeat;background-size: 100% 100%;-moz-background-size: 100% 100%;}draw|frame > draw|image:nth-of-type(n+2) {display: none;}text|list:before {display: none;content:"";}text|list {display: block;}text|list-item {display: block;}text|number {display:none;}text|a {color: blue;text-decoration: underline;cursor: pointer;}.webodf-inactiveLinks text|a {cursor: text;}text|note-citation {vertical-align: super;font-size: smaller;}text|note-body {display: none;}text|note:hover text|note-citation {background: #dddddd;}text|note:hover text|note-body {display: block;left:1em;max-width: 80%;position: absolute;background: #ffffaa;}text|bibliography-source {display: none;}svg|title, svg|desc {display: none;}video {width: 100%;height: 100%}cursor|anchor {display
@ licstart
JSZip - A Javascript class for generating and reading zip files
< http : //stuartk.com/jszip>
( c ) 2009 - 2014 Stuart Knightley < stuart [ at ] stuartk . com >
Dual licenced under the MIT license or GPLv3 . See https : //raw.github.com/Stuk/jszip/master/LICENSE.markdown.
JSZip uses the library pako released under the MIT license :
https : //github.com/nodeca/pako/blob/master/LICENSE
@ licend
* /
! function ( e ) { var globalScope = typeof window !== "undefined" ? window : typeof global !== "undefined" ? global : { } , externs = globalScope . externs || ( globalScope . externs = { } ) ; externs . JSZip = e ( ) } ( function ( ) { var define , module , exports ; return function e ( t , n , r ) { function s ( o , u ) { if ( ! n [ o ] ) { if ( ! t [ o ] ) { var a = typeof require == "function" && require ; if ( ! u && a ) return a ( o , ! 0 ) ; if ( i ) return i ( o , ! 0 ) ; throw new Error ( "Cannot find module '" + o + "'" ) ; } var f = n [ o ] = { exports : { } } ; t [ o ] [ 0 ] . call ( f . exports , function ( e ) { var n = t [ o ] [ 1 ] [ e ] ; return s ( n ? n : e ) } , f ,
f . exports , e , t , n , r ) } return n [ o ] . exports } var i = typeof require == "function" && require ; for ( var o = 0 ; o < r . length ; o ++ ) s ( r [ o ] ) ; return s } ( { 1 : [ function ( _dereq _ , module , exports ) { var _keyStr = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" ; exports . encode = function ( input , utf8 ) { var output = "" ; var chr1 , chr2 , chr3 , enc1 , enc2 , enc3 , enc4 ; var i = 0 ; while ( i < input . length ) { chr1 = input . charCodeAt ( i ++ ) ; chr2 = input . charCodeAt ( i ++ ) ; chr3 = input . charCodeAt ( i ++ ) ; enc1 = chr1 >> 2 ; enc2 = ( chr1 & 3 ) << 4 | chr2 >> 4 ; enc3 = ( chr2 & 15 ) << 2 | chr3 >>
6 ; enc4 = chr3 & 63 ; if ( isNaN ( chr2 ) ) enc3 = enc4 = 64 ; else if ( isNaN ( chr3 ) ) enc4 = 64 ; output = output + _keyStr . charAt ( enc1 ) + _keyStr . charAt ( enc2 ) + _keyStr . charAt ( enc3 ) + _keyStr . charAt ( enc4 ) } return output } ; exports . decode = function ( input , utf8 ) { var output = "" ; var chr1 , chr2 , chr3 ; var enc1 , enc2 , enc3 , enc4 ; var i = 0 ; input = input . replace ( /[^A-Za-z0-9\+\/\=]/g , "" ) ; while ( i < input . length ) { enc1 = _keyStr . indexOf ( input . charAt ( i ++ ) ) ; enc2 = _keyStr . indexOf ( input . charAt ( i ++ ) ) ; enc3 = _keyStr . indexOf ( input . charAt ( i ++ ) ) ; enc4 = _keyStr . indexOf ( input . charAt ( i ++ ) ) ;
chr1 = enc1 << 2 | enc2 >> 4 ; chr2 = ( enc2 & 15 ) << 4 | enc3 >> 2 ; chr3 = ( enc3 & 3 ) << 6 | enc4 ; output = output + String . fromCharCode ( chr1 ) ; if ( enc3 != 64 ) output = output + String . fromCharCode ( chr2 ) ; if ( enc4 != 64 ) output = output + String . fromCharCode ( chr3 ) } return output } } , { } ] , 2 : [ function ( _dereq _ , module , exports ) { function CompressedObject ( ) { this . compressedSize = 0 ; this . uncompressedSize = 0 ; this . crc32 = 0 ; this . compressionMethod = null ; this . compressedContent = null } CompressedObject . prototype = { getContent : function ( ) { return null } , getCompressedContent : function ( ) { return null } } ;
module . exports = CompressedObject } , { } ] , 3 : [ function ( _dereq _ , module , exports ) { exports . STORE = { magic : "\x00\x00" , compress : function ( content ) { return content } , uncompress : function ( content ) { return content } , compressInputType : null , uncompressInputType : null } ; exports . DEFLATE = _dereq _ ( "./flate" ) } , { "./flate" : 8 } ] , 4 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ; var table = [ 0 , 1996959894 , 3993919788 , 2567524794 , 124634137 , 1886057615 , 3915621685 , 2657392035 , 249268274 , 2044508324 , 3772115230 , 2547177864 , 162941995 , 2125561021 ,
3887607047 , 2428444049 , 498536548 , 1789927666 , 4089016648 , 2227061214 , 450548861 , 1843258603 , 4107580753 , 2211677639 , 325883990 , 1684777152 , 4251122042 , 2321926636 , 335633487 , 1661365465 , 4195302755 , 2366115317 , 997073096 , 1281953886 , 3579855332 , 2724688242 , 1006888145 , 1258607687 , 3524101629 , 2768942443 , 901097722 , 1119000684 , 3686517206 , 2898065728 , 853044451 , 1172266101 , 3705015759 , 2882616665 , 651767980 , 1373503546 , 3369554304 , 3218104598 , 565507253 , 1454621731 , 3485111705 , 3099436303 , 671266974 , 1594198024 , 3322730930 , 2970347812 , 795835527 ,
1483230225 , 3244367275 , 3060149565 , 1994146192 , 31158534 , 2563907772 , 4023717930 , 1907459465 , 112637215 , 2680153253 , 3904427059 , 2013776290 , 251722036 , 2517215374 , 3775830040 , 2137656763 , 141376813 , 2439277719 , 3865271297 , 1802195444 , 476864866 , 2238001368 , 4066508878 , 1812370925 , 453092731 , 2181625025 , 4111451223 , 1706088902 , 314042704 , 2344532202 , 4240017532 , 1658658271 , 366619977 , 2362670323 , 4224994405 , 1303535960 , 984961486 , 2747007092 , 3569037538 , 1256170817 , 1037604311 , 2765210733 , 3554079995 , 1131014506 , 879679996 , 2909243462 , 3663771856 ,
1141124467 , 855842277 , 2852801631 , 3708648649 , 1342533948 , 654459306 , 3188396048 , 3373015174 , 1466479909 , 544179635 , 3110523913 , 3462522015 , 1591671054 , 702138776 , 2966460450 , 3352799412 , 1504918807 , 783551873 , 3082640443 , 3233442989 , 3988292384 , 2596254646 , 62317068 , 1957810842 , 3939845945 , 2647816111 , 81470997 , 1943803523 , 3814918930 , 2489596804 , 225274430 , 2053790376 , 3826175755 , 2466906013 , 167816743 , 2097651377 , 4027552580 , 2265490386 , 503444072 , 1762050814 , 4150417245 , 2154129355 , 426522225 , 1852507879 , 4275313526 , 2312317920 , 282753626 ,
1742555852 , 4189708143 , 2394877945 , 397917763 , 1622183637 , 3604390888 , 2714866558 , 953729732 , 1340076626 , 3518719985 , 2797360999 , 1068828381 , 1219638859 , 3624741850 , 2936675148 , 906185462 , 1090812512 , 3747672003 , 2825379669 , 829329135 , 1181335161 , 3412177804 , 3160834842 , 628085408 , 1382605366 , 3423369109 , 3138078467 , 570562233 , 1426400815 , 3317316542 , 2998733608 , 733239954 , 1555261956 , 3268935591 , 3050360625 , 752459403 , 1541320221 , 2607071920 , 3965973030 , 1969922972 , 40735498 , 2617837225 , 3943577151 , 1913087877 , 83908371 , 2512341634 , 3803740692 ,
2075208622 , 213261112 , 2463272603 , 3855990285 , 2094854071 , 198958881 , 2262029012 , 4057260610 , 1759359992 , 534414190 , 2176718541 , 4139329115 , 1873836001 , 414664567 , 2282248934 , 4279200368 , 1711684554 , 285281116 , 2405801727 , 4167216745 , 1634467795 , 376229701 , 2685067896 , 3608007406 , 1308918612 , 956543938 , 2808555105 , 3495958263 , 1231636301 , 1047427035 , 2932959818 , 3654703836 , 1088359270 , 936918E3 , 2847714899 , 3736837829 , 1202900863 , 817233897 , 3183342108 , 3401237130 , 1404277552 , 615818150 , 3134207493 , 3453421203 , 1423857449 , 601450431 , 3009837614 ,
3294710456 , 1567103746 , 711928724 , 3020668471 , 3272380065 , 1510334235 , 755167117 ] ; module . exports = function crc32 ( input , crc ) { if ( typeof input === "undefined" || ! input . length ) return 0 ; var isArray = utils . getTypeOf ( input ) !== "string" ; if ( typeof crc == "undefined" ) crc = 0 ; var x = 0 ; var y = 0 ; var b = 0 ; crc = crc ^ - 1 ; for ( var i = 0 , iTop = input . length ; i < iTop ; i ++ ) { b = isArray ? input [ i ] : input . charCodeAt ( i ) ; y = ( crc ^ b ) & 255 ; x = table [ y ] ; crc = crc >>> 8 ^ x } return crc ^ - 1 } } , { "./utils" : 21 } ] , 5 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ;
function DataReader ( data ) { this . data = null ; this . length = 0 ; this . index = 0 } DataReader . prototype = { checkOffset : function ( offset ) { this . checkIndex ( this . index + offset ) } , checkIndex : function ( newIndex ) { if ( this . length < newIndex || newIndex < 0 ) throw new Error ( "End of data reached (data length = " + this . length + ", asked index = " + newIndex + "). Corrupted zip ?" ) ; } , setIndex : function ( newIndex ) { this . checkIndex ( newIndex ) ; this . index = newIndex } , skip : function ( n ) { this . setIndex ( this . index + n ) } , byteAt : function ( i ) { } , readInt : function ( size ) { var result =
0 , i ; this . checkOffset ( size ) ; for ( i = this . index + size - 1 ; i >= this . index ; i -- ) result = ( result << 8 ) + this . byteAt ( i ) ; this . index += size ; return result } , readString : function ( size ) { return utils . transformTo ( "string" , this . readData ( size ) ) } , readData : function ( size ) { } , lastIndexOfSignature : function ( sig ) { } , readDate : function ( ) { var dostime = this . readInt ( 4 ) ; return new Date ( ( dostime >> 25 & 127 ) + 1980 , ( dostime >> 21 & 15 ) - 1 , dostime >> 16 & 31 , dostime >> 11 & 31 , dostime >> 5 & 63 , ( dostime & 31 ) << 1 ) } } ; module . exports = DataReader } , { "./utils" : 21 } ] , 6 : [ function ( _dereq _ ,
module , exports ) { exports . base64 = false ; exports . binary = false ; exports . dir = false ; exports . createFolders = false ; exports . date = null ; exports . compression = null ; exports . comment = null } , { } ] , 7 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ; exports . string2binary = function ( str ) { return utils . string2binary ( str ) } ; exports . string2Uint8Array = function ( str ) { return utils . transformTo ( "uint8array" , str ) } ; exports . uint8Array2String = function ( array ) { return utils . transformTo ( "string" , array ) } ; exports . string2Blob = function ( str ) { var buffer =
utils . transformTo ( "arraybuffer" , str ) ; return utils . arrayBuffer2Blob ( buffer ) } ; exports . arrayBuffer2Blob = function ( buffer ) { return utils . arrayBuffer2Blob ( buffer ) } ; exports . transformTo = function ( outputType , input ) { return utils . transformTo ( outputType , input ) } ; exports . getTypeOf = function ( input ) { return utils . getTypeOf ( input ) } ; exports . checkSupport = function ( type ) { return utils . checkSupport ( type ) } ; exports . MAX _VALUE _16BITS = utils . MAX _VALUE _16BITS ; exports . MAX _VALUE _32BITS = utils . MAX _VALUE _32BITS ; exports . pretty = function ( str ) { return utils . pretty ( str ) } ;
exports . findCompression = function ( compressionMethod ) { return utils . findCompression ( compressionMethod ) } ; exports . isRegExp = function ( object ) { return utils . isRegExp ( object ) } } , { "./utils" : 21 } ] , 8 : [ function ( _dereq _ , module , exports ) { var USE _TYPEDARRAY = typeof Uint8Array !== "undefined" && typeof Uint16Array !== "undefined" && typeof Uint32Array !== "undefined" ; var pako = _dereq _ ( "pako" ) ; exports . uncompressInputType = USE _TYPEDARRAY ? "uint8array" : "array" ; exports . compressInputType = USE _TYPEDARRAY ? "uint8array" : "array" ; exports . magic =
"\b\x00" ; exports . compress = function ( input ) { return pako . deflateRaw ( input ) } ; exports . uncompress = function ( input ) { return pako . inflateRaw ( input ) } } , { "pako" : 24 } ] , 9 : [ function ( _dereq _ , module , exports ) { var base64 = _dereq _ ( "./base64" ) ; function JSZip ( data , options ) { if ( ! ( this instanceof JSZip ) ) return new JSZip ( data , options ) ; this . files = { } ; this . comment = null ; this . root = "" ; if ( data ) this . load ( data , options ) ; this . clone = function ( ) { var newObj = new JSZip ; for ( var i in this ) if ( typeof this [ i ] !== "function" ) newObj [ i ] = this [ i ] ; return newObj } }
JSZip . prototype = _dereq _ ( "./object" ) ; JSZip . prototype . load = _dereq _ ( "./load" ) ; JSZip . support = _dereq _ ( "./support" ) ; JSZip . defaults = _dereq _ ( "./defaults" ) ; JSZip . utils = _dereq _ ( "./deprecatedPublicUtils" ) ; JSZip . base64 = { encode : function ( input ) { return base64 . encode ( input ) } , decode : function ( input ) { return base64 . decode ( input ) } } ; JSZip . compressions = _dereq _ ( "./compressions" ) ; module . exports = JSZip } , { "./base64" : 1 , "./compressions" : 3 , "./defaults" : 6 , "./deprecatedPublicUtils" : 7 , "./load" : 10 , "./object" : 13 , "./support" : 17 } ] , 10 : [ function ( _dereq _ ,
module , exports ) { var base64 = _dereq _ ( "./base64" ) ; var ZipEntries = _dereq _ ( "./zipEntries" ) ; module . exports = function ( data , options ) { var files , zipEntries , i , input ; options = options || { } ; if ( options . base64 ) data = base64 . decode ( data ) ; zipEntries = new ZipEntries ( data , options ) ; files = zipEntries . files ; for ( i = 0 ; i < files . length ; i ++ ) { input = files [ i ] ; this . file ( input . fileName , input . decompressed , { binary : true , optimizedBinaryString : true , date : input . date , dir : input . dir , comment : input . fileComment . length ? input . fileComment : null , createFolders : options . createFolders } ) } if ( zipEntries . zipComment . length ) this . comment =
zipEntries . zipComment ; return this } } , { "./base64" : 1 , "./zipEntries" : 22 } ] , 11 : [ function ( _dereq _ , module , exports ) { ( function ( Buffer ) { module . exports = function ( data , encoding ) { return new Buffer ( data , encoding ) } ; module . exports . test = function ( b ) { return Buffer . isBuffer ( b ) } } ) . call ( this , typeof Buffer !== "undefined" ? Buffer : undefined ) } , { } ] , 12 : [ function ( _dereq _ , module , exports ) { var Uint8ArrayReader = _dereq _ ( "./uint8ArrayReader" ) ; function NodeBufferReader ( data ) { this . data = data ; this . length = this . data . length ; this . index = 0 } NodeBufferReader . prototype =
new Uint8ArrayReader ; NodeBufferReader . prototype . readData = function ( size ) { this . checkOffset ( size ) ; var result = this . data . slice ( this . index , this . index + size ) ; this . index += size ; return result } ; module . exports = NodeBufferReader } , { "./uint8ArrayReader" : 18 } ] , 13 : [ function ( _dereq _ , module , exports ) { var support = _dereq _ ( "./support" ) ; var utils = _dereq _ ( "./utils" ) ; var crc32 = _dereq _ ( "./crc32" ) ; var signature = _dereq _ ( "./signature" ) ; var defaults = _dereq _ ( "./defaults" ) ; var base64 = _dereq _ ( "./base64" ) ; var compressions = _dereq _ ( "./compressions" ) ;
var CompressedObject = _dereq _ ( "./compressedObject" ) ; var nodeBuffer = _dereq _ ( "./nodeBuffer" ) ; var utf8 = _dereq _ ( "./utf8" ) ; var StringWriter = _dereq _ ( "./stringWriter" ) ; var Uint8ArrayWriter = _dereq _ ( "./uint8ArrayWriter" ) ; var getRawData = function ( file ) { if ( file . _data instanceof CompressedObject ) { file . _data = file . _data . getContent ( ) ; file . options . binary = true ; file . options . base64 = false ; if ( utils . getTypeOf ( file . _data ) === "uint8array" ) { var copy = file . _data ; file . _data = new Uint8Array ( copy . length ) ; if ( copy . length !== 0 ) file . _data . set ( copy ,
0 ) } } return file . _data } ; var getBinaryData = function ( file ) { var result = getRawData ( file ) , type = utils . getTypeOf ( result ) ; if ( type === "string" ) { if ( ! file . options . binary ) if ( support . nodebuffer ) return nodeBuffer ( result , "utf-8" ) ; return file . asBinary ( ) } return result } ; var dataToString = function ( asUTF8 ) { var result = getRawData ( this ) ; if ( result === null || typeof result === "undefined" ) return "" ; if ( this . options . base64 ) result = base64 . decode ( result ) ; if ( asUTF8 && this . options . binary ) result = out . utf8decode ( result ) ; else result = utils . transformTo ( "string" ,
result ) ; if ( ! asUTF8 && ! this . options . binary ) result = utils . transformTo ( "string" , out . utf8encode ( result ) ) ; return result } ; var ZipObject = function ( name , data , options ) { this . name = name ; this . dir = options . dir ; this . date = options . date ; this . comment = options . comment ; this . _data = data ; this . options = options ; this . _initialMetadata = { dir : options . dir , date : options . date } } ; ZipObject . prototype = { asText : function ( ) { return dataToString . call ( this , true ) } , asBinary : function ( ) { return dataToString . call ( this , false ) } , asNodeBuffer : function ( ) { var result =
getBinaryData ( this ) ; return utils . transformTo ( "nodebuffer" , result ) } , asUint8Array : function ( ) { var result = getBinaryData ( this ) ; return utils . transformTo ( "uint8array" , result ) } , asArrayBuffer : function ( ) { return this . asUint8Array ( ) . buffer } } ; var decToHex = function ( dec , bytes ) { var hex = "" , i ; for ( i = 0 ; i < bytes ; i ++ ) { hex += String . fromCharCode ( dec & 255 ) ; dec = dec >>> 8 } return hex } ; var extend = function ( ) { var result = { } , i , attr ; for ( i = 0 ; i < arguments . length ; i ++ ) for ( attr in arguments [ i ] ) if ( arguments [ i ] . hasOwnProperty ( attr ) && typeof result [ attr ] ===
"undefined" ) result [ attr ] = arguments [ i ] [ attr ] ; return result } ; var prepareFileAttrs = function ( o ) { o = o || { } ; if ( o . base64 === true && ( o . binary === null || o . binary === undefined ) ) o . binary = true ; o = extend ( o , defaults ) ; o . date = o . date || new Date ; if ( o . compression !== null ) o . compression = o . compression . toUpperCase ( ) ; return o } ; var fileAdd = function ( name , data , o ) { var dataType = utils . getTypeOf ( data ) , parent ; o = prepareFileAttrs ( o ) ; if ( o . createFolders && ( parent = parentFolder ( name ) ) ) folderAdd . call ( this , parent , true ) ; if ( o . dir || data === null || typeof data ===
"undefined" ) { o . base64 = false ; o . binary = false ; data = null } else if ( dataType === "string" ) { if ( o . binary && ! o . base64 ) if ( o . optimizedBinaryString !== true ) data = utils . string2binary ( data ) } else { o . base64 = false ; o . binary = true ; if ( ! dataType && ! ( data instanceof CompressedObject ) ) throw new Error ( "The data of '" + name + "' is in an unsupported format !" ) ; if ( dataType === "arraybuffer" ) data = utils . transformTo ( "uint8array" , data ) } var object = new ZipObject ( name , data , o ) ; this . files [ name ] = object ; return object } ; var parentFolder = function ( path ) { if ( path . slice ( - 1 ) ==
"/" ) path = path . substring ( 0 , path . length - 1 ) ; var lastSlash = path . lastIndexOf ( "/" ) ; return lastSlash > 0 ? path . substring ( 0 , lastSlash ) : "" } ; var folderAdd = function ( name , createFolders ) { if ( name . slice ( - 1 ) != "/" ) name += "/" ; createFolders = typeof createFolders !== "undefined" ? createFolders : false ; if ( ! this . files [ name ] ) fileAdd . call ( this , name , null , { dir : true , createFolders : createFolders } ) ; return this . files [ name ] } ; var generateCompressedObjectFrom = function ( file , compression ) { var result = new CompressedObject , content ; if ( file . _data instanceof
CompressedObject ) { result . uncompressedSize = file . _data . uncompressedSize ; result . crc32 = file . _data . crc32 ; if ( result . uncompressedSize === 0 || file . dir ) { compression = compressions [ "STORE" ] ; result . compressedContent = "" ; result . crc32 = 0 } else if ( file . _data . compressionMethod === compression . magic ) result . compressedContent = file . _data . getCompressedContent ( ) ; else { content = file . _data . getContent ( ) ; result . compressedContent = compression . compress ( utils . transformTo ( compression . compressInputType , content ) ) } } else { content = getBinaryData ( file ) ;
if ( ! content || content . length === 0 || file . dir ) { compression = compressions [ "STORE" ] ; content = "" } result . uncompressedSize = content . length ; result . crc32 = crc32 ( content ) ; result . compressedContent = compression . compress ( utils . transformTo ( compression . compressInputType , content ) ) } result . compressedSize = result . compressedContent . length ; result . compressionMethod = compression . magic ; return result } ; var generateZipParts = function ( name , file , compressedObject , offset ) { var data = compressedObject . compressedContent , utfEncodedFileName = utils . transformTo ( "string" ,
utf8 . utf8encode ( file . name ) ) , comment = file . comment || "" , utfEncodedComment = utils . transformTo ( "string" , utf8 . utf8encode ( comment ) ) , useUTF8ForFileName = utfEncodedFileName . length !== file . name . length , useUTF8ForComment = utfEncodedComment . length !== comment . length , o = file . options , dosTime , dosDate , extraFields = "" , unicodePathExtraField = "" , unicodeCommentExtraField = "" , dir , date ; if ( file . _initialMetadata . dir !== file . dir ) dir = file . dir ; else dir = o . dir ; if ( file . _initialMetadata . date !== file . date ) date = file . date ; else date = o . date ; dosTime =
date . getHours ( ) ; dosTime = dosTime << 6 ; dosTime = dosTime | date . getMinutes ( ) ; dosTime = dosTime << 5 ; dosTime = dosTime | date . getSeconds ( ) / 2 ; dosDate = date . getFullYear ( ) - 1980 ; dosDate = dosDate << 4 ; dosDate = dosDate | date . getMonth ( ) + 1 ; dosDate = dosDate << 5 ; dosDate = dosDate | date . getDate ( ) ; if ( useUTF8ForFileName ) { unicodePathExtraField = decToHex ( 1 , 1 ) + decToHex ( crc32 ( utfEncodedFileName ) , 4 ) + utfEncodedFileName ; extraFields += "up" + decToHex ( unicodePathExtraField . length , 2 ) + unicodePathExtraField } if ( useUTF8ForComment ) { unicodeCommentExtraField =
decToHex ( 1 , 1 ) + decToHex ( this . crc32 ( utfEncodedComment ) , 4 ) + utfEncodedComment ; extraFields += "uc" + decToHex ( unicodeCommentExtraField . length , 2 ) + unicodeCommentExtraField } var header = "" ; header += "\n\x00" ; header += useUTF8ForFileName || useUTF8ForComment ? "\x00\b" : "\x00\x00" ; header += compressedObject . compressionMethod ; header += decToHex ( dosTime , 2 ) ; header += decToHex ( dosDate , 2 ) ; header += decToHex ( compressedObject . crc32 , 4 ) ; header += decToHex ( compressedObject . compressedSize , 4 ) ; header += decToHex ( compressedObject . uncompressedSize ,
4 ) ; header += decToHex ( utfEncodedFileName . length , 2 ) ; header += decToHex ( extraFields . length , 2 ) ; var fileRecord = signature . LOCAL _FILE _HEADER + header + utfEncodedFileName + extraFields ; var dirRecord = signature . CENTRAL _FILE _HEADER + "\u0014\x00" + header + decToHex ( utfEncodedComment . length , 2 ) + "\x00\x00" + "\x00\x00" + ( dir === true ? "\u0010\x00\x00\x00" : "\x00\x00\x00\x00" ) + decToHex ( offset , 4 ) + utfEncodedFileName + extraFields + utfEncodedComment ; return { fileRecord : fileRecord , dirRecord : dirRecord , compressedObject : compressedObject } } ; var out =
{ load : function ( stream , options ) { throw new Error ( "Load method is not defined. Is the file jszip-load.js included ?" ) ; } , filter : function ( search ) { var result = [ ] , filename , relativePath , file , fileClone ; for ( filename in this . files ) { if ( ! this . files . hasOwnProperty ( filename ) ) continue ; file = this . files [ filename ] ; fileClone = new ZipObject ( file . name , file . _data , extend ( file . options ) ) ; relativePath = filename . slice ( this . root . length , filename . length ) ; if ( filename . slice ( 0 , this . root . length ) === this . root && search ( relativePath , fileClone ) ) result . push ( fileClone ) } return result } ,
file : function ( name , data , o ) { if ( arguments . length === 1 ) if ( utils . isRegExp ( name ) ) { var regexp = name ; return this . filter ( function ( relativePath , file ) { return ! file . dir && regexp . test ( relativePath ) } ) } else return this . filter ( function ( relativePath , file ) { return ! file . dir && relativePath === name } ) [ 0 ] || null ; else { name = this . root + name ; fileAdd . call ( this , name , data , o ) } return this } , folder : function ( arg ) { if ( ! arg ) return this ; if ( utils . isRegExp ( arg ) ) return this . filter ( function ( relativePath , file ) { return file . dir && arg . test ( relativePath ) } ) ;
var name = this . root + arg ; var newFolder = folderAdd . call ( this , name ) ; var ret = this . clone ( ) ; ret . root = newFolder . name ; return ret } , remove : function ( name ) { name = this . root + name ; var file = this . files [ name ] ; if ( ! file ) { if ( name . slice ( - 1 ) != "/" ) name += "/" ; file = this . files [ name ] } if ( file && ! file . dir ) delete this . files [ name ] ; else { var kids = this . filter ( function ( relativePath , file ) { return file . name . slice ( 0 , name . length ) === name } ) ; for ( var i = 0 ; i < kids . length ; i ++ ) delete this . files [ kids [ i ] . name ] } return this } , generate : function ( options ) { options =
extend ( options || { } , { base64 : true , compression : "STORE" , type : "base64" , comment : null } ) ; utils . checkSupport ( options . type ) ; var zipData = [ ] , localDirLength = 0 , centralDirLength = 0 , writer , i , utfEncodedComment = utils . transformTo ( "string" , this . utf8encode ( options . comment || this . comment || "" ) ) ; for ( var name in this . files ) { if ( ! this . files . hasOwnProperty ( name ) ) continue ; var file = this . files [ name ] ; var compressionName = file . options . compression || options . compression . toUpperCase ( ) ; var compression = compressions [ compressionName ] ; if ( ! compression ) throw new Error ( compressionName +
" is not a valid compression method !" ) ; var compressedObject = generateCompressedObjectFrom . call ( this , file , compression ) ; var zipPart = generateZipParts . call ( this , name , file , compressedObject , localDirLength ) ; localDirLength += zipPart . fileRecord . length + compressedObject . compressedSize ; centralDirLength += zipPart . dirRecord . length ; zipData . push ( zipPart ) } var dirEnd = "" ; dirEnd = signature . CENTRAL _DIRECTORY _END + "\x00\x00" + "\x00\x00" + decToHex ( zipData . length , 2 ) + decToHex ( zipData . length , 2 ) + decToHex ( centralDirLength , 4 ) + decToHex ( localDirLength ,
4 ) + decToHex ( utfEncodedComment . length , 2 ) + utfEncodedComment ; var typeName = options . type . toLowerCase ( ) ; if ( typeName === "uint8array" || typeName === "arraybuffer" || typeName === "blob" || typeName === "nodebuffer" ) writer = new Uint8ArrayWriter ( localDirLength + centralDirLength + dirEnd . length ) ; else writer = new StringWriter ( localDirLength + centralDirLength + dirEnd . length ) ; for ( i = 0 ; i < zipData . length ; i ++ ) { writer . append ( zipData [ i ] . fileRecord ) ; writer . append ( zipData [ i ] . compressedObject . compressedContent ) } for ( i = 0 ; i < zipData . length ; i ++ ) writer . append ( zipData [ i ] . dirRecord ) ;
writer . append ( dirEnd ) ; var zip = writer . finalize ( ) ; switch ( options . type . toLowerCase ( ) ) { case "uint8array" : case "arraybuffer" : case "nodebuffer" : return utils . transformTo ( options . type . toLowerCase ( ) , zip ) ; case "blob" : return utils . arrayBuffer2Blob ( utils . transformTo ( "arraybuffer" , zip ) ) ; case "base64" : return options . base64 ? base64 . encode ( zip ) : zip ; default : return zip } } , crc32 : function ( input , crc ) { return crc32 ( input , crc ) } , utf8encode : function ( string ) { return utils . transformTo ( "string" , utf8 . utf8encode ( string ) ) } , utf8decode : function ( input ) { return utf8 . utf8decode ( input ) } } ;
module . exports = out } , { "./base64" : 1 , "./compressedObject" : 2 , "./compressions" : 3 , "./crc32" : 4 , "./defaults" : 6 , "./nodeBuffer" : 11 , "./signature" : 14 , "./stringWriter" : 16 , "./support" : 17 , "./uint8ArrayWriter" : 19 , "./utf8" : 20 , "./utils" : 21 } ] , 14 : [ function ( _dereq _ , module , exports ) { exports . LOCAL _FILE _HEADER = "PK\u0003\u0004" ; exports . CENTRAL _FILE _HEADER = "PK\u0001\u0002" ; exports . CENTRAL _DIRECTORY _END = "PK\u0005\u0006" ; exports . ZIP64 _CENTRAL _DIRECTORY _LOCATOR = "PK\u0006\u0007" ; exports . ZIP64 _CENTRAL _DIRECTORY _END = "PK\u0006\u0006" ;
exports . DATA _DESCRIPTOR = "PK\u0007\b" } , { } ] , 15 : [ function ( _dereq _ , module , exports ) { var DataReader = _dereq _ ( "./dataReader" ) ; var utils = _dereq _ ( "./utils" ) ; function StringReader ( data , optimizedBinaryString ) { this . data = data ; if ( ! optimizedBinaryString ) this . data = utils . string2binary ( this . data ) ; this . length = this . data . length ; this . index = 0 } StringReader . prototype = new DataReader ; StringReader . prototype . byteAt = function ( i ) { return this . data . charCodeAt ( i ) } ; StringReader . prototype . lastIndexOfSignature = function ( sig ) { return this . data . lastIndexOf ( sig ) } ;
StringReader . prototype . readData = function ( size ) { this . checkOffset ( size ) ; var result = this . data . slice ( this . index , this . index + size ) ; this . index += size ; return result } ; module . exports = StringReader } , { "./dataReader" : 5 , "./utils" : 21 } ] , 16 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ; var StringWriter = function ( ) { this . data = [ ] } ; StringWriter . prototype = { append : function ( input ) { input = utils . transformTo ( "string" , input ) ; this . data . push ( input ) } , finalize : function ( ) { return this . data . join ( "" ) } } ; module . exports = StringWriter } ,
{ "./utils" : 21 } ] , 17 : [ function ( _dereq _ , module , exports ) { ( function ( Buffer ) { exports . base64 = true ; exports . array = true ; exports . string = true ; exports . arraybuffer = typeof ArrayBuffer !== "undefined" && typeof Uint8Array !== "undefined" ; exports . nodebuffer = typeof Buffer !== "undefined" ; exports . uint8array = typeof Uint8Array !== "undefined" ; if ( typeof ArrayBuffer === "undefined" ) exports . blob = false ; else { var buffer = new ArrayBuffer ( 0 ) ; try { exports . blob = ( new Blob ( [ buffer ] , { type : "application/zip" } ) ) . size === 0 } catch ( e ) { try { var Builder =
window . BlobBuilder || window . WebKitBlobBuilder || window . MozBlobBuilder || window . MSBlobBuilder ; var builder = new Builder ; builder . append ( buffer ) ; exports . blob = builder . getBlob ( "application/zip" ) . size === 0 } catch ( e ) { exports . blob = false } } } } ) . call ( this , typeof Buffer !== "undefined" ? Buffer : undefined ) } , { } ] , 18 : [ function ( _dereq _ , module , exports ) { var DataReader = _dereq _ ( "./dataReader" ) ; function Uint8ArrayReader ( data ) { if ( data ) { this . data = data ; this . length = this . data . length ; this . index = 0 } } Uint8ArrayReader . prototype = new DataReader ;
Uint8ArrayReader . prototype . byteAt = function ( i ) { return this . data [ i ] } ; Uint8ArrayReader . prototype . lastIndexOfSignature = function ( sig ) { var sig0 = sig . charCodeAt ( 0 ) , sig1 = sig . charCodeAt ( 1 ) , sig2 = sig . charCodeAt ( 2 ) , sig3 = sig . charCodeAt ( 3 ) ; for ( var i = this . length - 4 ; i >= 0 ; -- i ) if ( this . data [ i ] === sig0 && this . data [ i + 1 ] === sig1 && this . data [ i + 2 ] === sig2 && this . data [ i + 3 ] === sig3 ) return i ; return - 1 } ; Uint8ArrayReader . prototype . readData = function ( size ) { this . checkOffset ( size ) ; if ( size === 0 ) return new Uint8Array ( 0 ) ; var result = this . data . subarray ( this . index ,
this . index + size ) ; this . index += size ; return result } ; module . exports = Uint8ArrayReader } , { "./dataReader" : 5 } ] , 19 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ; var Uint8ArrayWriter = function ( length ) { this . data = new Uint8Array ( length ) ; this . index = 0 } ; Uint8ArrayWriter . prototype = { append : function ( input ) { if ( input . length !== 0 ) { input = utils . transformTo ( "uint8array" , input ) ; this . data . set ( input , this . index ) ; this . index += input . length } } , finalize : function ( ) { return this . data } } ; module . exports = Uint8ArrayWriter } , { "./utils" : 21 } ] ,
20 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "./utils" ) ; var support = _dereq _ ( "./support" ) ; var nodeBuffer = _dereq _ ( "./nodeBuffer" ) ; var _utf8len = new Array ( 256 ) ; for ( var i = 0 ; i < 256 ; i ++ ) _utf8len [ i ] = i >= 252 ? 6 : i >= 248 ? 5 : i >= 240 ? 4 : i >= 224 ? 3 : i >= 192 ? 2 : 1 ; _utf8len [ 254 ] = _utf8len [ 254 ] = 1 ; var string2buf = function ( str ) { var buf , c , c2 , m _pos , i , str _len = str . length , buf _len = 0 ; for ( m _pos = 0 ; m _pos < str _len ; m _pos ++ ) { c = str . charCodeAt ( m _pos ) ; if ( ( c & 64512 ) === 55296 && m _pos + 1 < str _len ) { c2 = str . charCodeAt ( m _pos + 1 ) ; if ( ( c2 & 64512 ) === 56320 ) { c =
65536 + ( c - 55296 << 10 ) + ( c2 - 56320 ) ; m _pos ++ } } buf _len += c < 128 ? 1 : c < 2048 ? 2 : c < 65536 ? 3 : 4 } if ( support . uint8array ) buf = new Uint8Array ( buf _len ) ; else buf = new Array ( buf _len ) ; for ( i = 0 , m _pos = 0 ; i < buf _len ; m _pos ++ ) { c = str . charCodeAt ( m _pos ) ; if ( ( c & 64512 ) === 55296 && m _pos + 1 < str _len ) { c2 = str . charCodeAt ( m _pos + 1 ) ; if ( ( c2 & 64512 ) === 56320 ) { c = 65536 + ( c - 55296 << 10 ) + ( c2 - 56320 ) ; m _pos ++ } } if ( c < 128 ) buf [ i ++ ] = c ; else if ( c < 2048 ) { buf [ i ++ ] = 192 | c >>> 6 ; buf [ i ++ ] = 128 | c & 63 } else if ( c < 65536 ) { buf [ i ++ ] = 224 | c >>> 12 ; buf [ i ++ ] = 128 | c >>> 6 & 63 ; buf [ i ++ ] = 128 | c & 63 } else { buf [ i ++ ] =
240 | c >>> 18 ; buf [ i ++ ] = 128 | c >>> 12 & 63 ; buf [ i ++ ] = 128 | c >>> 6 & 63 ; buf [ i ++ ] = 128 | c & 63 } } return buf } ; var utf8border = function ( buf , max ) { var pos ; max = max || buf . length ; if ( max > buf . length ) max = buf . length ; pos = max - 1 ; while ( pos >= 0 && ( buf [ pos ] & 192 ) === 128 ) pos -- ; if ( pos < 0 ) return max ; if ( pos === 0 ) return max ; return pos + _utf8len [ buf [ pos ] ] > max ? pos : max } ; var buf2string = function ( buf ) { var str , i , out , c , c _len ; var len = buf . length ; var utf16buf = new Array ( len * 2 ) ; for ( out = 0 , i = 0 ; i < len ; ) { c = buf [ i ++ ] ; if ( c < 128 ) { utf16buf [ out ++ ] = c ; continue } c _len = _utf8len [ c ] ;
if ( c _len > 4 ) { utf16buf [ out ++ ] = 65533 ; i += c _len - 1 ; continue } c &= c _len === 2 ? 31 : c _len === 3 ? 15 : 7 ; while ( c _len > 1 && i < len ) { c = c << 6 | buf [ i ++ ] & 63 ; c _len -- } if ( c _len > 1 ) { utf16buf [ out ++ ] = 65533 ; continue } if ( c < 65536 ) utf16buf [ out ++ ] = c ; else { c -= 65536 ; utf16buf [ out ++ ] = 55296 | c >> 10 & 1023 ; utf16buf [ out ++ ] = 56320 | c & 1023 } } if ( utf16buf . length !== out ) if ( utf16buf . subarray ) utf16buf = utf16buf . subarray ( 0 , out ) ; else utf16buf . length = out ; return utils . applyFromCharCode ( utf16buf ) } ; exports . utf8encode = function utf8encode ( str ) { if ( support . nodebuffer ) return nodeBuffer ( str ,
"utf-8" ) ; return string2buf ( str ) } ; exports . utf8decode = function utf8decode ( buf ) { if ( support . nodebuffer ) return utils . transformTo ( "nodebuffer" , buf ) . toString ( "utf-8" ) ; buf = utils . transformTo ( support . uint8array ? "uint8array" : "array" , buf ) ; var result = [ ] , k = 0 , len = buf . length , chunk = 65536 ; while ( k < len ) { var nextBoundary = utf8border ( buf , Math . min ( k + chunk , len ) ) ; if ( support . uint8array ) result . push ( buf2string ( buf . subarray ( k , nextBoundary ) ) ) ; else result . push ( buf2string ( buf . slice ( k , nextBoundary ) ) ) ; k = nextBoundary } return result . join ( "" ) } } ,
{ "./nodeBuffer" : 11 , "./support" : 17 , "./utils" : 21 } ] , 21 : [ function ( _dereq _ , module , exports ) { var support = _dereq _ ( "./support" ) ; var compressions = _dereq _ ( "./compressions" ) ; var nodeBuffer = _dereq _ ( "./nodeBuffer" ) ; exports . string2binary = function ( str ) { var result = "" ; for ( var i = 0 ; i < str . length ; i ++ ) result += String . fromCharCode ( str . charCodeAt ( i ) & 255 ) ; return result } ; exports . arrayBuffer2Blob = function ( buffer ) { exports . checkSupport ( "blob" ) ; try { return new Blob ( [ buffer ] , { type : "application/zip" } ) } catch ( e ) { try { var Builder = window . BlobBuilder ||
window . WebKitBlobBuilder || window . MozBlobBuilder || window . MSBlobBuilder ; var builder = new Builder ; builder . append ( buffer ) ; return builder . getBlob ( "application/zip" ) } catch ( e ) { throw new Error ( "Bug : can't construct the Blob." ) ; } } } ; function identity ( input ) { return input } function stringToArrayLike ( str , array ) { for ( var i = 0 ; i < str . length ; ++ i ) array [ i ] = str . charCodeAt ( i ) & 255 ; return array } function arrayLikeToString ( array ) { var chunk = 65536 ; var result = [ ] , len = array . length , type = exports . getTypeOf ( array ) , k = 0 , canUseApply = true ;
try { switch ( type ) { case "uint8array" : String . fromCharCode . apply ( null , new Uint8Array ( 0 ) ) ; break ; case "nodebuffer" : String . fromCharCode . apply ( null , nodeBuffer ( 0 ) ) ; break } } catch ( e ) { canUseApply = false } if ( ! canUseApply ) { var resultStr = "" ; for ( var i = 0 ; i < array . length ; i ++ ) resultStr += String . fromCharCode ( array [ i ] ) ; return resultStr } while ( k < len && chunk > 1 ) try { if ( type === "array" || type === "nodebuffer" ) result . push ( String . fromCharCode . apply ( null , array . slice ( k , Math . min ( k + chunk , len ) ) ) ) ; else result . push ( String . fromCharCode . apply ( null ,
array . subarray ( k , Math . min ( k + chunk , len ) ) ) ) ; k += chunk } catch ( e ) { chunk = Math . floor ( chunk / 2 ) } return result . join ( "" ) } exports . applyFromCharCode = arrayLikeToString ; function arrayLikeToArrayLike ( arrayFrom , arrayTo ) { for ( var i = 0 ; i < arrayFrom . length ; i ++ ) arrayTo [ i ] = arrayFrom [ i ] ; return arrayTo } var transform = { } ; transform [ "string" ] = { "string" : identity , "array" : function ( input ) { return stringToArrayLike ( input , new Array ( input . length ) ) } , "arraybuffer" : function ( input ) { return transform [ "string" ] [ "uint8array" ] ( input ) . buffer } , "uint8array" : function ( input ) { return stringToArrayLike ( input ,
new Uint8Array ( input . length ) ) } , "nodebuffer" : function ( input ) { return stringToArrayLike ( input , nodeBuffer ( input . length ) ) } } ; transform [ "array" ] = { "string" : arrayLikeToString , "array" : identity , "arraybuffer" : function ( input ) { return ( new Uint8Array ( input ) ) . buffer } , "uint8array" : function ( input ) { return new Uint8Array ( input ) } , "nodebuffer" : function ( input ) { return nodeBuffer ( input ) } } ; transform [ "arraybuffer" ] = { "string" : function ( input ) { return arrayLikeToString ( new Uint8Array ( input ) ) } , "array" : function ( input ) { return arrayLikeToArrayLike ( new Uint8Array ( input ) ,
new Array ( input . byteLength ) ) } , "arraybuffer" : identity , "uint8array" : function ( input ) { return new Uint8Array ( input ) } , "nodebuffer" : function ( input ) { return nodeBuffer ( new Uint8Array ( input ) ) } } ; transform [ "uint8array" ] = { "string" : arrayLikeToString , "array" : function ( input ) { return arrayLikeToArrayLike ( input , new Array ( input . length ) ) } , "arraybuffer" : function ( input ) { return input . buffer } , "uint8array" : identity , "nodebuffer" : function ( input ) { return nodeBuffer ( input ) } } ; transform [ "nodebuffer" ] = { "string" : arrayLikeToString ,
"array" : function ( input ) { return arrayLikeToArrayLike ( input , new Array ( input . length ) ) } , "arraybuffer" : function ( input ) { return transform [ "nodebuffer" ] [ "uint8array" ] ( input ) . buffer } , "uint8array" : function ( input ) { return arrayLikeToArrayLike ( input , new Uint8Array ( input . length ) ) } , "nodebuffer" : identity } ; exports . transformTo = function ( outputType , input ) { if ( ! input ) input = "" ; if ( ! outputType ) return input ; exports . checkSupport ( outputType ) ; var inputType = exports . getTypeOf ( input ) ; var result = transform [ inputType ] [ outputType ] ( input ) ;
return result } ; exports . getTypeOf = function ( input ) { if ( typeof input === "string" ) return "string" ; if ( Object . prototype . toString . call ( input ) === "[object Array]" ) return "array" ; if ( support . nodebuffer && nodeBuffer . test ( input ) ) return "nodebuffer" ; if ( support . uint8array && input instanceof Uint8Array ) return "uint8array" ; if ( support . arraybuffer && input instanceof ArrayBuffer ) return "arraybuffer" } ; exports . checkSupport = function ( type ) { var supported = support [ type . toLowerCase ( ) ] ; if ( ! supported ) throw new Error ( type + " is not supported by this browser" ) ;
} ; exports . MAX _VALUE _16BITS = 65535 ; exports . MAX _VALUE _32BITS = - 1 ; exports . pretty = function ( str ) { var res = "" , code , i ; for ( i = 0 ; i < ( str || "" ) . length ; i ++ ) { code = str . charCodeAt ( i ) ; res += "\\x" + ( code < 16 ? "0" : "" ) + code . toString ( 16 ) . toUpperCase ( ) } return res } ; exports . findCompression = function ( compressionMethod ) { for ( var method in compressions ) { if ( ! compressions . hasOwnProperty ( method ) ) continue ; if ( compressions [ method ] . magic === compressionMethod ) return compressions [ method ] } return null } ; exports . isRegExp = function ( object ) { return Object . prototype . toString . call ( object ) ===
"[object RegExp]" } } , { "./compressions" : 3 , "./nodeBuffer" : 11 , "./support" : 17 } ] , 22 : [ function ( _dereq _ , module , exports ) { var StringReader = _dereq _ ( "./stringReader" ) ; var NodeBufferReader = _dereq _ ( "./nodeBufferReader" ) ; var Uint8ArrayReader = _dereq _ ( "./uint8ArrayReader" ) ; var utils = _dereq _ ( "./utils" ) ; var sig = _dereq _ ( "./signature" ) ; var ZipEntry = _dereq _ ( "./zipEntry" ) ; var support = _dereq _ ( "./support" ) ; var jszipProto = _dereq _ ( "./object" ) ; function ZipEntries ( data , loadOptions ) { this . files = [ ] ; this . loadOptions = loadOptions ;
if ( data ) this . load ( data ) } ZipEntries . prototype = { checkSignature : function ( expectedSignature ) { var signature = this . reader . readString ( 4 ) ; if ( signature !== expectedSignature ) throw new Error ( "Corrupted zip or bug : unexpected signature " + "(" + utils . pretty ( signature ) + ", expected " + utils . pretty ( expectedSignature ) + ")" ) ; } , readBlockEndOfCentral : function ( ) { this . diskNumber = this . reader . readInt ( 2 ) ; this . diskWithCentralDirStart = this . reader . readInt ( 2 ) ; this . centralDirRecordsOnThisDisk = this . reader . readInt ( 2 ) ; this . centralDirRecords =
this . reader . readInt ( 2 ) ; this . centralDirSize = this . reader . readInt ( 4 ) ; this . centralDirOffset = this . reader . readInt ( 4 ) ; this . zipCommentLength = this . reader . readInt ( 2 ) ; this . zipComment = this . reader . readString ( this . zipCommentLength ) ; this . zipComment = jszipProto . utf8decode ( this . zipComment ) } , readBlockZip64EndOfCentral : function ( ) { this . zip64EndOfCentralSize = this . reader . readInt ( 8 ) ; this . versionMadeBy = this . reader . readString ( 2 ) ; this . versionNeeded = this . reader . readInt ( 2 ) ; this . diskNumber = this . reader . readInt ( 4 ) ; this . diskWithCentralDirStart =
this . reader . readInt ( 4 ) ; this . centralDirRecordsOnThisDisk = this . reader . readInt ( 8 ) ; this . centralDirRecords = this . reader . readInt ( 8 ) ; this . centralDirSize = this . reader . readInt ( 8 ) ; this . centralDirOffset = this . reader . readInt ( 8 ) ; this . zip64ExtensibleData = { } ; var extraDataSize = this . zip64EndOfCentralSize - 44 , index = 0 , extraFieldId , extraFieldLength , extraFieldValue ; while ( index < extraDataSize ) { extraFieldId = this . reader . readInt ( 2 ) ; extraFieldLength = this . reader . readInt ( 4 ) ; extraFieldValue = this . reader . readString ( extraFieldLength ) ;
this . zip64ExtensibleData [ extraFieldId ] = { id : extraFieldId , length : extraFieldLength , value : extraFieldValue } } } , readBlockZip64EndOfCentralLocator : function ( ) { this . diskWithZip64CentralDirStart = this . reader . readInt ( 4 ) ; this . relativeOffsetEndOfZip64CentralDir = this . reader . readInt ( 8 ) ; this . disksCount = this . reader . readInt ( 4 ) ; if ( this . disksCount > 1 ) throw new Error ( "Multi-volumes zip are not supported" ) ; } , readLocalFiles : function ( ) { var i , file ; for ( i = 0 ; i < this . files . length ; i ++ ) { file = this . files [ i ] ; this . reader . setIndex ( file . localHeaderOffset ) ;
this . checkSignature ( sig . LOCAL _FILE _HEADER ) ; file . readLocalPart ( this . reader ) ; file . handleUTF8 ( ) } } , readCentralDir : function ( ) { var file ; this . reader . setIndex ( this . centralDirOffset ) ; while ( this . reader . readString ( 4 ) === sig . CENTRAL _FILE _HEADER ) { file = new ZipEntry ( { zip64 : this . zip64 } , this . loadOptions ) ; file . readCentralPart ( this . reader ) ; this . files . push ( file ) } } , readEndOfCentral : function ( ) { var offset = this . reader . lastIndexOfSignature ( sig . CENTRAL _DIRECTORY _END ) ; if ( offset === - 1 ) throw new Error ( "Corrupted zip : can't find end of central directory" ) ;
this . reader . setIndex ( offset ) ; this . checkSignature ( sig . CENTRAL _DIRECTORY _END ) ; this . readBlockEndOfCentral ( ) ; if ( this . diskNumber === utils . MAX _VALUE _16BITS || this . diskWithCentralDirStart === utils . MAX _VALUE _16BITS || this . centralDirRecordsOnThisDisk === utils . MAX _VALUE _16BITS || this . centralDirRecords === utils . MAX _VALUE _16BITS || this . centralDirSize === utils . MAX _VALUE _32BITS || this . centralDirOffset === utils . MAX _VALUE _32BITS ) { this . zip64 = true ; offset = this . reader . lastIndexOfSignature ( sig . ZIP64 _CENTRAL _DIRECTORY _LOCATOR ) ; if ( offset ===
- 1 ) throw new Error ( "Corrupted zip : can't find the ZIP64 end of central directory locator" ) ; this . reader . setIndex ( offset ) ; this . checkSignature ( sig . ZIP64 _CENTRAL _DIRECTORY _LOCATOR ) ; this . readBlockZip64EndOfCentralLocator ( ) ; this . reader . setIndex ( this . relativeOffsetEndOfZip64CentralDir ) ; this . checkSignature ( sig . ZIP64 _CENTRAL _DIRECTORY _END ) ; this . readBlockZip64EndOfCentral ( ) } } , prepareReader : function ( data ) { var type = utils . getTypeOf ( data ) ; if ( type === "string" && ! support . uint8array ) this . reader = new StringReader ( data ,
this . loadOptions . optimizedBinaryString ) ; else if ( type === "nodebuffer" ) this . reader = new NodeBufferReader ( data ) ; else this . reader = new Uint8ArrayReader ( utils . transformTo ( "uint8array" , data ) ) } , load : function ( data ) { this . prepareReader ( data ) ; this . readEndOfCentral ( ) ; this . readCentralDir ( ) ; this . readLocalFiles ( ) } } ; module . exports = ZipEntries } , { "./nodeBufferReader" : 12 , "./object" : 13 , "./signature" : 14 , "./stringReader" : 15 , "./support" : 17 , "./uint8ArrayReader" : 18 , "./utils" : 21 , "./zipEntry" : 23 } ] , 23 : [ function ( _dereq _ , module , exports ) { var StringReader =
_dereq _ ( "./stringReader" ) ; var utils = _dereq _ ( "./utils" ) ; var CompressedObject = _dereq _ ( "./compressedObject" ) ; var jszipProto = _dereq _ ( "./object" ) ; function ZipEntry ( options , loadOptions ) { this . options = options ; this . loadOptions = loadOptions } ZipEntry . prototype = { isEncrypted : function ( ) { return ( this . bitFlag & 1 ) === 1 } , useUTF8 : function ( ) { return ( this . bitFlag & 2048 ) === 2048 } , prepareCompressedContent : function ( reader , from , length ) { return function ( ) { var previousIndex = reader . index ; reader . setIndex ( from ) ; var compressedFileData =
reader . readData ( length ) ; reader . setIndex ( previousIndex ) ; return compressedFileData } } , prepareContent : function ( reader , from , length , compression , uncompressedSize ) { return function ( ) { var compressedFileData = utils . transformTo ( compression . uncompressInputType , this . getCompressedContent ( ) ) ; var uncompressedFileData = compression . uncompress ( compressedFileData ) ; if ( uncompressedFileData . length !== uncompressedSize ) throw new Error ( "Bug : uncompressed data size mismatch" ) ; return uncompressedFileData } } , readLocalPart : function ( reader ) { var compression ,
localExtraFieldsLength ; reader . skip ( 22 ) ; this . fileNameLength = reader . readInt ( 2 ) ; localExtraFieldsLength = reader . readInt ( 2 ) ; this . fileName = reader . readString ( this . fileNameLength ) ; reader . skip ( localExtraFieldsLength ) ; if ( this . compressedSize == - 1 || this . uncompressedSize == - 1 ) throw new Error ( "Bug or corrupted zip : didn't get enough informations from the central directory " + "(compressedSize == -1 || uncompressedSize == -1)" ) ; compression = utils . findCompression ( this . compressionMethod ) ; if ( compression === null ) throw new Error ( "Corrupted zip : compression " +
utils . pretty ( this . compressionMethod ) + " unknown (inner file : " + this . fileName + ")" ) ; this . decompressed = new CompressedObject ; this . decompressed . compressedSize = this . compressedSize ; this . decompressed . uncompressedSize = this . uncompressedSize ; this . decompressed . crc32 = this . crc32 ; this . decompressed . compressionMethod = this . compressionMethod ; this . decompressed . getCompressedContent = this . prepareCompressedContent ( reader , reader . index , this . compressedSize , compression ) ; this . decompressed . getContent = this . prepareContent ( reader ,
reader . index , this . compressedSize , compression , this . uncompressedSize ) ; if ( this . loadOptions . checkCRC32 ) { this . decompressed = utils . transformTo ( "string" , this . decompressed . getContent ( ) ) ; if ( jszipProto . crc32 ( this . decompressed ) !== this . crc32 ) throw new Error ( "Corrupted zip : CRC32 mismatch" ) ; } } , readCentralPart : function ( reader ) { this . versionMadeBy = reader . readString ( 2 ) ; this . versionNeeded = reader . readInt ( 2 ) ; this . bitFlag = reader . readInt ( 2 ) ; this . compressionMethod = reader . readString ( 2 ) ; this . date = reader . readDate ( ) ; this . crc32 =
reader . readInt ( 4 ) ; this . compressedSize = reader . readInt ( 4 ) ; this . uncompressedSize = reader . readInt ( 4 ) ; this . fileNameLength = reader . readInt ( 2 ) ; this . extraFieldsLength = reader . readInt ( 2 ) ; this . fileCommentLength = reader . readInt ( 2 ) ; this . diskNumberStart = reader . readInt ( 2 ) ; this . internalFileAttributes = reader . readInt ( 2 ) ; this . externalFileAttributes = reader . readInt ( 4 ) ; this . localHeaderOffset = reader . readInt ( 4 ) ; if ( this . isEncrypted ( ) ) throw new Error ( "Encrypted zip are not supported" ) ; this . fileName = reader . readString ( this . fileNameLength ) ;
this . readExtraFields ( reader ) ; this . parseZIP64ExtraField ( reader ) ; this . fileComment = reader . readString ( this . fileCommentLength ) ; this . dir = this . externalFileAttributes & 16 ? true : false } , parseZIP64ExtraField : function ( reader ) { if ( ! this . extraFields [ 1 ] ) return ; var extraReader = new StringReader ( this . extraFields [ 1 ] . value ) ; if ( this . uncompressedSize === utils . MAX _VALUE _32BITS ) this . uncompressedSize = extraReader . readInt ( 8 ) ; if ( this . compressedSize === utils . MAX _VALUE _32BITS ) this . compressedSize = extraReader . readInt ( 8 ) ; if ( this . localHeaderOffset ===
utils . MAX _VALUE _32BITS ) this . localHeaderOffset = extraReader . readInt ( 8 ) ; if ( this . diskNumberStart === utils . MAX _VALUE _32BITS ) this . diskNumberStart = extraReader . readInt ( 4 ) } , readExtraFields : function ( reader ) { var start = reader . index , extraFieldId , extraFieldLength , extraFieldValue ; this . extraFields = this . extraFields || { } ; while ( reader . index < start + this . extraFieldsLength ) { extraFieldId = reader . readInt ( 2 ) ; extraFieldLength = reader . readInt ( 2 ) ; extraFieldValue = reader . readString ( extraFieldLength ) ; this . extraFields [ extraFieldId ] =
{ id : extraFieldId , length : extraFieldLength , value : extraFieldValue } } } , handleUTF8 : function ( ) { if ( this . useUTF8 ( ) ) { this . fileName = jszipProto . utf8decode ( this . fileName ) ; this . fileComment = jszipProto . utf8decode ( this . fileComment ) } else { var upath = this . findExtraFieldUnicodePath ( ) ; if ( upath !== null ) this . fileName = upath ; var ucomment = this . findExtraFieldUnicodeComment ( ) ; if ( ucomment !== null ) this . fileComment = ucomment } } , findExtraFieldUnicodePath : function ( ) { var upathField = this . extraFields [ 28789 ] ; if ( upathField ) { var extraReader =
new StringReader ( upathField . value ) ; if ( extraReader . readInt ( 1 ) !== 1 ) return null ; if ( jszipProto . crc32 ( this . fileName ) !== extraReader . readInt ( 4 ) ) return null ; return jszipProto . utf8decode ( extraReader . readString ( upathField . length - 5 ) ) } return null } , findExtraFieldUnicodeComment : function ( ) { var ucommentField = this . extraFields [ 25461 ] ; if ( ucommentField ) { var extraReader = new StringReader ( ucommentField . value ) ; if ( extraReader . readInt ( 1 ) !== 1 ) return null ; if ( jszipProto . crc32 ( this . fileComment ) !== extraReader . readInt ( 4 ) ) return null ;
return jszipProto . utf8decode ( extraReader . readString ( ucommentField . length - 5 ) ) } return null } } ; module . exports = ZipEntry } , { "./compressedObject" : 2 , "./object" : 13 , "./stringReader" : 15 , "./utils" : 21 } ] , 24 : [ function ( _dereq _ , module , exports ) { var assign = _dereq _ ( "./lib/utils/common" ) . assign ; var deflate = _dereq _ ( "./lib/deflate" ) ; var inflate = _dereq _ ( "./lib/inflate" ) ; var constants = _dereq _ ( "./lib/zlib/constants" ) ; var pako = { } ; assign ( pako , deflate , inflate , constants ) ; module . exports = pako } , { "./lib/deflate" : 25 , "./lib/inflate" : 26 ,
"./lib/utils/common" : 27 , "./lib/zlib/constants" : 30 } ] , 25 : [ function ( _dereq _ , module , exports ) { var zlib _deflate = _dereq _ ( "./zlib/deflate.js" ) ; var utils = _dereq _ ( "./utils/common" ) ; var strings = _dereq _ ( "./utils/strings" ) ; var msg = _dereq _ ( "./zlib/messages" ) ; var zstream = _dereq _ ( "./zlib/zstream" ) ; var Z _NO _FLUSH = 0 ; var Z _FINISH = 4 ; var Z _OK = 0 ; var Z _STREAM _END = 1 ; var Z _DEFAULT _COMPRESSION = - 1 ; var Z _DEFAULT _STRATEGY = 0 ; var Z _DEFLATED = 8 ; var Deflate = function ( options ) { this . options = utils . assign ( { level : Z _DEFAULT _COMPRESSION ,
method : Z _DEFLATED , chunkSize : 16384 , windowBits : 15 , memLevel : 8 , strategy : Z _DEFAULT _STRATEGY , to : "" } , options || { } ) ; var opt = this . options ; if ( opt . raw && opt . windowBits > 0 ) opt . windowBits = - opt . windowBits ; else if ( opt . gzip && opt . windowBits > 0 && opt . windowBits < 16 ) opt . windowBits += 16 ; this . err = 0 ; this . msg = "" ; this . ended = false ; this . chunks = [ ] ; this . strm = new zstream ; this . strm . avail _out = 0 ; var status = zlib _deflate . deflateInit2 ( this . strm , opt . level , opt . method , opt . windowBits , opt . memLevel , opt . strategy ) ; if ( status !== Z _OK ) throw new Error ( msg [ status ] ) ;
if ( opt . header ) zlib _deflate . deflateSetHeader ( this . strm , opt . header ) } ; Deflate . prototype . push = function ( data , mode ) { var strm = this . strm ; var chunkSize = this . options . chunkSize ; var status , _mode ; if ( this . ended ) return false ; _mode = mode === ~ ~ mode ? mode : mode === true ? Z _FINISH : Z _NO _FLUSH ; if ( typeof data === "string" ) strm . input = strings . string2buf ( data ) ; else strm . input = data ; strm . next _in = 0 ; strm . avail _in = strm . input . length ; do { if ( strm . avail _out === 0 ) { strm . output = new utils . Buf8 ( chunkSize ) ; strm . next _out = 0 ; strm . avail _out = chunkSize } status =
zlib _deflate . deflate ( strm , _mode ) ; if ( status !== Z _STREAM _END && status !== Z _OK ) { this . onEnd ( status ) ; this . ended = true ; return false } if ( strm . avail _out === 0 || strm . avail _in === 0 && _mode === Z _FINISH ) if ( this . options . to === "string" ) this . onData ( strings . buf2binstring ( utils . shrinkBuf ( strm . output , strm . next _out ) ) ) ; else this . onData ( utils . shrinkBuf ( strm . output , strm . next _out ) ) } while ( ( strm . avail _in > 0 || strm . avail _out === 0 ) && status !== Z _STREAM _END ) ; if ( _mode === Z _FINISH ) { status = zlib _deflate . deflateEnd ( this . strm ) ; this . onEnd ( status ) ;
this . ended = true ; return status === Z _OK } return true } ; Deflate . prototype . onData = function ( chunk ) { this . chunks . push ( chunk ) } ; Deflate . prototype . onEnd = function ( status ) { if ( status === Z _OK ) if ( this . options . to === "string" ) this . result = this . chunks . join ( "" ) ; else this . result = utils . flattenChunks ( this . chunks ) ; this . chunks = [ ] ; this . err = status ; this . msg = this . strm . msg } ; function deflate ( input , options ) { var deflator = new Deflate ( options ) ; deflator . push ( input , true ) ; if ( deflator . err ) throw deflator . msg ; return deflator . result } function deflateRaw ( input ,
options ) { options = options || { } ; options . raw = true ; return deflate ( input , options ) } function gzip ( input , options ) { options = options || { } ; options . gzip = true ; return deflate ( input , options ) } exports . Deflate = Deflate ; exports . deflate = deflate ; exports . deflateRaw = deflateRaw ; exports . gzip = gzip } , { "./utils/common" : 27 , "./utils/strings" : 28 , "./zlib/deflate.js" : 32 , "./zlib/messages" : 37 , "./zlib/zstream" : 39 } ] , 26 : [ function ( _dereq _ , module , exports ) { var zlib _inflate = _dereq _ ( "./zlib/inflate.js" ) ; var utils = _dereq _ ( "./utils/common" ) ; var strings =
_dereq _ ( "./utils/strings" ) ; var c = _dereq _ ( "./zlib/constants" ) ; var msg = _dereq _ ( "./zlib/messages" ) ; var zstream = _dereq _ ( "./zlib/zstream" ) ; var gzheader = _dereq _ ( "./zlib/gzheader" ) ; var Inflate = function ( options ) { this . options = utils . assign ( { chunkSize : 16384 , windowBits : 0 , to : "" } , options || { } ) ; var opt = this . options ; if ( opt . raw && opt . windowBits >= 0 && opt . windowBits < 16 ) { opt . windowBits = - opt . windowBits ; if ( opt . windowBits === 0 ) opt . windowBits = - 15 } if ( opt . windowBits >= 0 && opt . windowBits < 16 && ! ( options && options . windowBits ) ) opt . windowBits +=
32 ; if ( opt . windowBits > 15 && opt . windowBits < 48 ) if ( ( opt . windowBits & 15 ) === 0 ) opt . windowBits |= 15 ; this . err = 0 ; this . msg = "" ; this . ended = false ; this . chunks = [ ] ; this . strm = new zstream ; this . strm . avail _out = 0 ; var status = zlib _inflate . inflateInit2 ( this . strm , opt . windowBits ) ; if ( status !== c . Z _OK ) throw new Error ( msg [ status ] ) ; this . header = new gzheader ; zlib _inflate . inflateGetHeader ( this . strm , this . header ) } ; Inflate . prototype . push = function ( data , mode ) { var strm = this . strm ; var chunkSize = this . options . chunkSize ; var status , _mode ; var next _out _utf8 ,
tail , utf8str ; if ( this . ended ) return false ; _mode = mode === ~ ~ mode ? mode : mode === true ? c . Z _FINISH : c . Z _NO _FLUSH ; if ( typeof data === "string" ) strm . input = strings . binstring2buf ( data ) ; else strm . input = data ; strm . next _in = 0 ; strm . avail _in = strm . input . length ; do { if ( strm . avail _out === 0 ) { strm . output = new utils . Buf8 ( chunkSize ) ; strm . next _out = 0 ; strm . avail _out = chunkSize } status = zlib _inflate . inflate ( strm , c . Z _NO _FLUSH ) ; if ( status !== c . Z _STREAM _END && status !== c . Z _OK ) { this . onEnd ( status ) ; this . ended = true ; return false } if ( strm . next _out ) if ( strm . avail _out ===
0 || status === c . Z _STREAM _END || strm . avail _in === 0 && _mode === c . Z _FINISH ) if ( this . options . to === "string" ) { next _out _utf8 = strings . utf8border ( strm . output , strm . next _out ) ; tail = strm . next _out - next _out _utf8 ; utf8str = strings . buf2string ( strm . output , next _out _utf8 ) ; strm . next _out = tail ; strm . avail _out = chunkSize - tail ; if ( tail ) utils . arraySet ( strm . output , strm . output , next _out _utf8 , tail , 0 ) ; this . onData ( utf8str ) } else this . onData ( utils . shrinkBuf ( strm . output , strm . next _out ) ) } while ( strm . avail _in > 0 && status !== c . Z _STREAM _END ) ; if ( status ===
c . Z _STREAM _END ) _mode = c . Z _FINISH ; if ( _mode === c . Z _FINISH ) { status = zlib _inflate . inflateEnd ( this . strm ) ; this . onEnd ( status ) ; this . ended = true ; return status === c . Z _OK } return true } ; Inflate . prototype . onData = function ( chunk ) { this . chunks . push ( chunk ) } ; Inflate . prototype . onEnd = function ( status ) { if ( status === c . Z _OK ) if ( this . options . to === "string" ) this . result = this . chunks . join ( "" ) ; else this . result = utils . flattenChunks ( this . chunks ) ; this . chunks = [ ] ; this . err = status ; this . msg = this . strm . msg } ; function inflate ( input , options ) { var inflator =
new Inflate ( options ) ; inflator . push ( input , true ) ; if ( inflator . err ) throw inflator . msg ; return inflator . result } function inflateRaw ( input , options ) { options = options || { } ; options . raw = true ; return inflate ( input , options ) } exports . Inflate = Inflate ; exports . inflate = inflate ; exports . inflateRaw = inflateRaw ; exports . ungzip = inflate } , { "./utils/common" : 27 , "./utils/strings" : 28 , "./zlib/constants" : 30 , "./zlib/gzheader" : 33 , "./zlib/inflate.js" : 35 , "./zlib/messages" : 37 , "./zlib/zstream" : 39 } ] , 27 : [ function ( _dereq _ , module , exports ) { var TYPED _OK =
typeof Uint8Array !== "undefined" && typeof Uint16Array !== "undefined" && typeof Int32Array !== "undefined" ; exports . assign = function ( obj ) { var sources = Array . prototype . slice . call ( arguments , 1 ) ; while ( sources . length ) { var source = sources . shift ( ) ; if ( ! source ) continue ; if ( typeof source !== "object" ) throw new TypeError ( source + "must be non-object" ) ; for ( var p in source ) if ( source . hasOwnProperty ( p ) ) obj [ p ] = source [ p ] } return obj } ; exports . shrinkBuf = function ( buf , size ) { if ( buf . length === size ) return buf ; if ( buf . subarray ) return buf . subarray ( 0 ,
size ) ; buf . length = size ; return buf } ; var fnTyped = { arraySet : function ( dest , src , src _offs , len , dest _offs ) { if ( src . subarray && dest . subarray ) { dest . set ( src . subarray ( src _offs , src _offs + len ) , dest _offs ) ; return } for ( var i = 0 ; i < len ; i ++ ) dest [ dest _offs + i ] = src [ src _offs + i ] } , flattenChunks : function ( chunks ) { var i , l , len , pos , chunk , result ; len = 0 ; for ( i = 0 , l = chunks . length ; i < l ; i ++ ) len += chunks [ i ] . length ; result = new Uint8Array ( len ) ; pos = 0 ; for ( i = 0 , l = chunks . length ; i < l ; i ++ ) { chunk = chunks [ i ] ; result . set ( chunk , pos ) ; pos += chunk . length } return result } } ;
var fnUntyped = { arraySet : function ( dest , src , src _offs , len , dest _offs ) { for ( var i = 0 ; i < len ; i ++ ) dest [ dest _offs + i ] = src [ src _offs + i ] } , flattenChunks : function ( chunks ) { return [ ] . concat . apply ( [ ] , chunks ) } } ; exports . setTyped = function ( on ) { if ( on ) { exports . Buf8 = Uint8Array ; exports . Buf16 = Uint16Array ; exports . Buf32 = Int32Array ; exports . assign ( exports , fnTyped ) } else { exports . Buf8 = Array ; exports . Buf16 = Array ; exports . Buf32 = Array ; exports . assign ( exports , fnUntyped ) } } ; exports . setTyped ( TYPED _OK ) } , { } ] , 28 : [ function ( _dereq _ , module , exports ) { var utils =
_dereq _ ( "./common" ) ; var STR _APPLY _OK = true ; var STR _APPLY _UIA _OK = true ; try { String . fromCharCode . apply ( null , [ 0 ] ) } catch ( _ _ ) { STR _APPLY _OK = false } try { String . fromCharCode . apply ( null , new Uint8Array ( 1 ) ) } catch ( _ _ ) { STR _APPLY _UIA _OK = false } var _utf8len = new utils . Buf8 ( 256 ) ; for ( var i = 0 ; i < 256 ; i ++ ) _utf8len [ i ] = i >= 252 ? 6 : i >= 248 ? 5 : i >= 240 ? 4 : i >= 224 ? 3 : i >= 192 ? 2 : 1 ; _utf8len [ 254 ] = _utf8len [ 254 ] = 1 ; exports . string2buf = function ( str ) { var buf , c , c2 , m _pos , i , str _len = str . length , buf _len = 0 ; for ( m _pos = 0 ; m _pos < str _len ; m _pos ++ ) { c = str . charCodeAt ( m _pos ) ;
if ( ( c & 64512 ) === 55296 && m _pos + 1 < str _len ) { c2 = str . charCodeAt ( m _pos + 1 ) ; if ( ( c2 & 64512 ) === 56320 ) { c = 65536 + ( c - 55296 << 10 ) + ( c2 - 56320 ) ; m _pos ++ } } buf _len += c < 128 ? 1 : c < 2048 ? 2 : c < 65536 ? 3 : 4 } buf = new utils . Buf8 ( buf _len ) ; for ( i = 0 , m _pos = 0 ; i < buf _len ; m _pos ++ ) { c = str . charCodeAt ( m _pos ) ; if ( ( c & 64512 ) === 55296 && m _pos + 1 < str _len ) { c2 = str . charCodeAt ( m _pos + 1 ) ; if ( ( c2 & 64512 ) === 56320 ) { c = 65536 + ( c - 55296 << 10 ) + ( c2 - 56320 ) ; m _pos ++ } } if ( c < 128 ) buf [ i ++ ] = c ; else if ( c < 2048 ) { buf [ i ++ ] = 192 | c >>> 6 ; buf [ i ++ ] = 128 | c & 63 } else if ( c < 65536 ) { buf [ i ++ ] = 224 | c >>> 12 ; buf [ i ++ ] =
128 | c >>> 6 & 63 ; buf [ i ++ ] = 128 | c & 63 } else { buf [ i ++ ] = 240 | c >>> 18 ; buf [ i ++ ] = 128 | c >>> 12 & 63 ; buf [ i ++ ] = 128 | c >>> 6 & 63 ; buf [ i ++ ] = 128 | c & 63 } } return buf } ; function buf2binstring ( buf , len ) { if ( len < 65537 ) if ( buf . subarray && STR _APPLY _UIA _OK || ! buf . subarray && STR _APPLY _OK ) return String . fromCharCode . apply ( null , utils . shrinkBuf ( buf , len ) ) ; var result = "" ; for ( var i = 0 ; i < len ; i ++ ) result += String . fromCharCode ( buf [ i ] ) ; return result } exports . buf2binstring = function ( buf ) { return buf2binstring ( buf , buf . length ) } ; exports . binstring2buf = function ( str ) { var buf =
new utils . Buf8 ( str . length ) ; for ( var i = 0 , len = buf . length ; i < len ; i ++ ) buf [ i ] = str . charCodeAt ( i ) ; return buf } ; exports . buf2string = function ( buf , max ) { var i , out , c , c _len ; var len = max || buf . length ; var utf16buf = new Array ( len * 2 ) ; for ( out = 0 , i = 0 ; i < len ; ) { c = buf [ i ++ ] ; if ( c < 128 ) { utf16buf [ out ++ ] = c ; continue } c _len = _utf8len [ c ] ; if ( c _len > 4 ) { utf16buf [ out ++ ] = 65533 ; i += c _len - 1 ; continue } c &= c _len === 2 ? 31 : c _len === 3 ? 15 : 7 ; while ( c _len > 1 && i < len ) { c = c << 6 | buf [ i ++ ] & 63 ; c _len -- } if ( c _len > 1 ) { utf16buf [ out ++ ] = 65533 ; continue } if ( c < 65536 ) utf16buf [ out ++ ] =
c ; else { c -= 65536 ; utf16buf [ out ++ ] = 55296 | c >> 10 & 1023 ; utf16buf [ out ++ ] = 56320 | c & 1023 } } return buf2binstring ( utf16buf , out ) } ; exports . utf8border = function ( buf , max ) { var pos ; max = max || buf . length ; if ( max > buf . length ) max = buf . length ; pos = max - 1 ; while ( pos >= 0 && ( buf [ pos ] & 192 ) === 128 ) pos -- ; if ( pos < 0 ) return max ; if ( pos === 0 ) return max ; return pos + _utf8len [ buf [ pos ] ] > max ? pos : max } } , { "./common" : 27 } ] , 29 : [ function ( _dereq _ , module , exports ) { function adler32 ( adler , buf , len , pos ) { var s1 = adler & 65535 | 0 , s2 = adler >>> 16 & 65535 | 0 , n = 0 ; while ( len !== 0 ) { n =
len > 2E3 ? 2E3 : len ; len -= n ; do { s1 = s1 + buf [ pos ++ ] | 0 ; s2 = s2 + s1 | 0 } while ( -- n ) ; s1 %= 65521 ; s2 %= 65521 } return s1 | s2 << 16 | 0 } module . exports = adler32 } , { } ] , 30 : [ function ( _dereq _ , module , exports ) { module . exports = { Z _NO _FLUSH : 0 , Z _PARTIAL _FLUSH : 1 , Z _SYNC _FLUSH : 2 , Z _FULL _FLUSH : 3 , Z _FINISH : 4 , Z _BLOCK : 5 , Z _TREES : 6 , Z _OK : 0 , Z _STREAM _END : 1 , Z _NEED _DICT : 2 , Z _ERRNO : - 1 , Z _STREAM _ERROR : - 2 , Z _DATA _ERROR : - 3 , Z _BUF _ERROR : - 5 , Z _NO _COMPRESSION : 0 , Z _BEST _SPEED : 1 , Z _BEST _COMPRESSION : 9 , Z _DEFAULT _COMPRESSION : - 1 , Z _FILTERED : 1 , Z _HUFFMAN _ONLY : 2 , Z _RLE : 3 , Z _FIXED : 4 ,
Z _DEFAULT _STRATEGY : 0 , Z _BINARY : 0 , Z _TEXT : 1 , Z _UNKNOWN : 2 , Z _DEFLATED : 8 } } , { } ] , 31 : [ function ( _dereq _ , module , exports ) { function makeTable ( ) { var c , table = [ ] ; for ( var n = 0 ; n < 256 ; n ++ ) { c = n ; for ( var k = 0 ; k < 8 ; k ++ ) c = c & 1 ? 3988292384 ^ c >>> 1 : c >>> 1 ; table [ n ] = c } return table } var crcTable = makeTable ( ) ; function crc32 ( crc , buf , len , pos ) { var t = crcTable , end = pos + len ; crc = crc ^ - 1 ; for ( var i = pos ; i < end ; i ++ ) crc = crc >>> 8 ^ t [ ( crc ^ buf [ i ] ) & 255 ] ; return crc ^ - 1 } module . exports = crc32 } , { } ] , 32 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "../utils/common" ) ;
var trees = _dereq _ ( "./trees" ) ; var adler32 = _dereq _ ( "./adler32" ) ; var crc32 = _dereq _ ( "./crc32" ) ; var msg = _dereq _ ( "./messages" ) ; var Z _NO _FLUSH = 0 ; var Z _PARTIAL _FLUSH = 1 ; var Z _FULL _FLUSH = 3 ; var Z _FINISH = 4 ; var Z _BLOCK = 5 ; var Z _OK = 0 ; var Z _STREAM _END = 1 ; var Z _STREAM _ERROR = - 2 ; var Z _DATA _ERROR = - 3 ; var Z _BUF _ERROR = - 5 ; var Z _DEFAULT _COMPRESSION = - 1 ; var Z _FILTERED = 1 ; var Z _HUFFMAN _ONLY = 2 ; var Z _RLE = 3 ; var Z _FIXED = 4 ; var Z _DEFAULT _STRATEGY = 0 ; var Z _UNKNOWN = 2 ; var Z _DEFLATED = 8 ; var MAX _MEM _LEVEL = 9 ; var MAX _WBITS = 15 ; var DEF _MEM _LEVEL =
8 ; var LENGTH _CODES = 29 ; var LITERALS = 256 ; var L _CODES = LITERALS + 1 + LENGTH _CODES ; var D _CODES = 30 ; var BL _CODES = 19 ; var HEAP _SIZE = 2 * L _CODES + 1 ; var MAX _BITS = 15 ; var MIN _MATCH = 3 ; var MAX _MATCH = 258 ; var MIN _LOOKAHEAD = MAX _MATCH + MIN _MATCH + 1 ; var PRESET _DICT = 32 ; var INIT _STATE = 42 ; var EXTRA _STATE = 69 ; var NAME _STATE = 73 ; var COMMENT _STATE = 91 ; var HCRC _STATE = 103 ; var BUSY _STATE = 113 ; var FINISH _STATE = 666 ; var BS _NEED _MORE = 1 ; var BS _BLOCK _DONE = 2 ; var BS _FINISH _STARTED = 3 ; var BS _FINISH _DONE = 4 ; var OS _CODE = 3 ; function err ( strm , errorCode ) { strm . msg =
msg [ errorCode ] ; return errorCode } function rank ( f ) { return ( f << 1 ) - ( f > 4 ? 9 : 0 ) } function zero ( buf ) { var len = buf . length ; while ( -- len >= 0 ) buf [ len ] = 0 } function flush _pending ( strm ) { var s = strm . state ; var len = s . pending ; if ( len > strm . avail _out ) len = strm . avail _out ; if ( len === 0 ) return ; utils . arraySet ( strm . output , s . pending _buf , s . pending _out , len , strm . next _out ) ; strm . next _out += len ; s . pending _out += len ; strm . total _out += len ; strm . avail _out -= len ; s . pending -= len ; if ( s . pending === 0 ) s . pending _out = 0 } function flush _block _only ( s , last ) { trees . _tr _flush _block ( s ,
s . block _start >= 0 ? s . block _start : - 1 , s . strstart - s . block _start , last ) ; s . block _start = s . strstart ; flush _pending ( s . strm ) } function put _byte ( s , b ) { s . pending _buf [ s . pending ++ ] = b } function putShortMSB ( s , b ) { s . pending _buf [ s . pending ++ ] = b >>> 8 & 255 ; s . pending _buf [ s . pending ++ ] = b & 255 } function read _buf ( strm , buf , start , size ) { var len = strm . avail _in ; if ( len > size ) len = size ; if ( len === 0 ) return 0 ; strm . avail _in -= len ; utils . arraySet ( buf , strm . input , strm . next _in , len , start ) ; if ( strm . state . wrap === 1 ) strm . adler = adler32 ( strm . adler , buf , len , start ) ;
else if ( strm . state . wrap === 2 ) strm . adler = crc32 ( strm . adler , buf , len , start ) ; strm . next _in += len ; strm . total _in += len ; return len } function longest _match ( s , cur _match ) { var chain _length = s . max _chain _length ; var scan = s . strstart ; var match ; var len ; var best _len = s . prev _length ; var nice _match = s . nice _match ; var limit = s . strstart > s . w _size - MIN _LOOKAHEAD ? s . strstart - ( s . w _size - MIN _LOOKAHEAD ) : 0 ; var _win = s . window ; var wmask = s . w _mask ; var prev = s . prev ; var strend = s . strstart + MAX _MATCH ; var scan _end1 = _win [ scan + best _len - 1 ] ; var scan _end = _win [ scan +
best _len ] ; if ( s . prev _length >= s . good _match ) chain _length >>= 2 ; if ( nice _match > s . lookahead ) nice _match = s . lookahead ; do { match = cur _match ; if ( _win [ match + best _len ] !== scan _end || _win [ match + best _len - 1 ] !== scan _end1 || _win [ match ] !== _win [ scan ] || _win [ ++ match ] !== _win [ scan + 1 ] ) continue ; scan += 2 ; match ++ ; do ; while ( _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] === _win [ ++ match ] && _win [ ++ scan ] ===
_win [ ++ match ] && scan < strend ) ; len = MAX _MATCH - ( strend - scan ) ; scan = strend - MAX _MATCH ; if ( len > best _len ) { s . match _start = cur _match ; best _len = len ; if ( len >= nice _match ) break ; scan _end1 = _win [ scan + best _len - 1 ] ; scan _end = _win [ scan + best _len ] } } while ( ( cur _match = prev [ cur _match & wmask ] ) > limit && -- chain _length !== 0 ) ; if ( best _len <= s . lookahead ) return best _len ; return s . lookahead } function fill _window ( s ) { var _w _size = s . w _size ; var p , n , m , more , str ; do { more = s . window _size - s . lookahead - s . strstart ; if ( s . strstart >= _w _size + ( _w _size - MIN _LOOKAHEAD ) ) { utils . arraySet ( s . window ,
s . window , _w _size , _w _size , 0 ) ; s . match _start -= _w _size ; s . strstart -= _w _size ; s . block _start -= _w _size ; n = s . hash _size ; p = n ; do { m = s . head [ -- p ] ; s . head [ p ] = m >= _w _size ? m - _w _size : 0 } while ( -- n ) ; n = _w _size ; p = n ; do { m = s . prev [ -- p ] ; s . prev [ p ] = m >= _w _size ? m - _w _size : 0 } while ( -- n ) ; more += _w _size } if ( s . strm . avail _in === 0 ) break ; n = read _buf ( s . strm , s . window , s . strstart + s . lookahead , more ) ; s . lookahead += n ; if ( s . lookahead + s . insert >= MIN _MATCH ) { str = s . strstart - s . insert ; s . ins _h = s . window [ str ] ; s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ str + 1 ] ) & s . hash _mask ;
while ( s . insert ) { s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ str + MIN _MATCH - 1 ] ) & s . hash _mask ; s . prev [ str & s . w _mask ] = s . head [ s . ins _h ] ; s . head [ s . ins _h ] = str ; str ++ ; s . insert -- ; if ( s . lookahead + s . insert < MIN _MATCH ) break } } } while ( s . lookahead < MIN _LOOKAHEAD && s . strm . avail _in !== 0 ) } function deflate _stored ( s , flush ) { var max _block _size = 65535 ; if ( max _block _size > s . pending _buf _size - 5 ) max _block _size = s . pending _buf _size - 5 ; for ( ; ; ) { if ( s . lookahead <= 1 ) { fill _window ( s ) ; if ( s . lookahead === 0 && flush === Z _NO _FLUSH ) return BS _NEED _MORE ; if ( s . lookahead ===
0 ) break } s . strstart += s . lookahead ; s . lookahead = 0 ; var max _start = s . block _start + max _block _size ; if ( s . strstart === 0 || s . strstart >= max _start ) { s . lookahead = s . strstart - max _start ; s . strstart = max _start ; flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } if ( s . strstart - s . block _start >= s . w _size - MIN _LOOKAHEAD ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } } s . insert = 0 ; if ( flush === Z _FINISH ) { flush _block _only ( s , true ) ; if ( s . strm . avail _out === 0 ) return BS _FINISH _STARTED ; return BS _FINISH _DONE } if ( s . strstart >
s . block _start ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } return BS _NEED _MORE } function deflate _fast ( s , flush ) { var hash _head ; var bflush ; for ( ; ; ) { if ( s . lookahead < MIN _LOOKAHEAD ) { fill _window ( s ) ; if ( s . lookahead < MIN _LOOKAHEAD && flush === Z _NO _FLUSH ) return BS _NEED _MORE ; if ( s . lookahead === 0 ) break } hash _head = 0 ; if ( s . lookahead >= MIN _MATCH ) { s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ s . strstart + MIN _MATCH - 1 ] ) & s . hash _mask ; hash _head = s . prev [ s . strstart & s . w _mask ] = s . head [ s . ins _h ] ; s . head [ s . ins _h ] = s . strstart } if ( hash _head !==
0 && s . strstart - hash _head <= s . w _size - MIN _LOOKAHEAD ) s . match _length = longest _match ( s , hash _head ) ; if ( s . match _length >= MIN _MATCH ) { bflush = trees . _tr _tally ( s , s . strstart - s . match _start , s . match _length - MIN _MATCH ) ; s . lookahead -= s . match _length ; if ( s . match _length <= s . max _lazy _match && s . lookahead >= MIN _MATCH ) { s . match _length -- ; do { s . strstart ++ ; s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ s . strstart + MIN _MATCH - 1 ] ) & s . hash _mask ; hash _head = s . prev [ s . strstart & s . w _mask ] = s . head [ s . ins _h ] ; s . head [ s . ins _h ] = s . strstart } while ( -- s . match _length !==
0 ) ; s . strstart ++ } else { s . strstart += s . match _length ; s . match _length = 0 ; s . ins _h = s . window [ s . strstart ] ; s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ s . strstart + 1 ] ) & s . hash _mask } } else { bflush = trees . _tr _tally ( s , 0 , s . window [ s . strstart ] ) ; s . lookahead -- ; s . strstart ++ } if ( bflush ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } } s . insert = s . strstart < MIN _MATCH - 1 ? s . strstart : MIN _MATCH - 1 ; if ( flush === Z _FINISH ) { flush _block _only ( s , true ) ; if ( s . strm . avail _out === 0 ) return BS _FINISH _STARTED ; return BS _FINISH _DONE } if ( s . last _lit ) { flush _block _only ( s ,
false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } return BS _BLOCK _DONE } function deflate _slow ( s , flush ) { var hash _head ; var bflush ; var max _insert ; for ( ; ; ) { if ( s . lookahead < MIN _LOOKAHEAD ) { fill _window ( s ) ; if ( s . lookahead < MIN _LOOKAHEAD && flush === Z _NO _FLUSH ) return BS _NEED _MORE ; if ( s . lookahead === 0 ) break } hash _head = 0 ; if ( s . lookahead >= MIN _MATCH ) { s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ s . strstart + MIN _MATCH - 1 ] ) & s . hash _mask ; hash _head = s . prev [ s . strstart & s . w _mask ] = s . head [ s . ins _h ] ; s . head [ s . ins _h ] = s . strstart } s . prev _length =
s . match _length ; s . prev _match = s . match _start ; s . match _length = MIN _MATCH - 1 ; if ( hash _head !== 0 && s . prev _length < s . max _lazy _match && s . strstart - hash _head <= s . w _size - MIN _LOOKAHEAD ) { s . match _length = longest _match ( s , hash _head ) ; if ( s . match _length <= 5 && ( s . strategy === Z _FILTERED || s . match _length === MIN _MATCH && s . strstart - s . match _start > 4096 ) ) s . match _length = MIN _MATCH - 1 } if ( s . prev _length >= MIN _MATCH && s . match _length <= s . prev _length ) { max _insert = s . strstart + s . lookahead - MIN _MATCH ; bflush = trees . _tr _tally ( s , s . strstart - 1 - s . prev _match , s . prev _length -
MIN _MATCH ) ; s . lookahead -= s . prev _length - 1 ; s . prev _length -= 2 ; do if ( ++ s . strstart <= max _insert ) { s . ins _h = ( s . ins _h << s . hash _shift ^ s . window [ s . strstart + MIN _MATCH - 1 ] ) & s . hash _mask ; hash _head = s . prev [ s . strstart & s . w _mask ] = s . head [ s . ins _h ] ; s . head [ s . ins _h ] = s . strstart } while ( -- s . prev _length !== 0 ) ; s . match _available = 0 ; s . match _length = MIN _MATCH - 1 ; s . strstart ++ ; if ( bflush ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } } else if ( s . match _available ) { bflush = trees . _tr _tally ( s , 0 , s . window [ s . strstart - 1 ] ) ; if ( bflush ) flush _block _only ( s ,
false ) ; s . strstart ++ ; s . lookahead -- ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } else { s . match _available = 1 ; s . strstart ++ ; s . lookahead -- } } if ( s . match _available ) { bflush = trees . _tr _tally ( s , 0 , s . window [ s . strstart - 1 ] ) ; s . match _available = 0 } s . insert = s . strstart < MIN _MATCH - 1 ? s . strstart : MIN _MATCH - 1 ; if ( flush === Z _FINISH ) { flush _block _only ( s , true ) ; if ( s . strm . avail _out === 0 ) return BS _FINISH _STARTED ; return BS _FINISH _DONE } if ( s . last _lit ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } return BS _BLOCK _DONE }
function deflate _rle ( s , flush ) { var bflush ; var prev ; var scan , strend ; var _win = s . window ; for ( ; ; ) { if ( s . lookahead <= MAX _MATCH ) { fill _window ( s ) ; if ( s . lookahead <= MAX _MATCH && flush === Z _NO _FLUSH ) return BS _NEED _MORE ; if ( s . lookahead === 0 ) break } s . match _length = 0 ; if ( s . lookahead >= MIN _MATCH && s . strstart > 0 ) { scan = s . strstart - 1 ; prev = _win [ scan ] ; if ( prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && prev === _win [ ++ scan ] ) { strend = s . strstart + MAX _MATCH ; do ; while ( prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && prev === _win [ ++ scan ] &&
prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && prev === _win [ ++ scan ] && scan < strend ) ; s . match _length = MAX _MATCH - ( strend - scan ) ; if ( s . match _length > s . lookahead ) s . match _length = s . lookahead } } if ( s . match _length >= MIN _MATCH ) { bflush = trees . _tr _tally ( s , 1 , s . match _length - MIN _MATCH ) ; s . lookahead -= s . match _length ; s . strstart += s . match _length ; s . match _length = 0 } else { bflush = trees . _tr _tally ( s , 0 , s . window [ s . strstart ] ) ; s . lookahead -- ; s . strstart ++ } if ( bflush ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } } s . insert =
0 ; if ( flush === Z _FINISH ) { flush _block _only ( s , true ) ; if ( s . strm . avail _out === 0 ) return BS _FINISH _STARTED ; return BS _FINISH _DONE } if ( s . last _lit ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } return BS _BLOCK _DONE } function deflate _huff ( s , flush ) { var bflush ; for ( ; ; ) { if ( s . lookahead === 0 ) { fill _window ( s ) ; if ( s . lookahead === 0 ) { if ( flush === Z _NO _FLUSH ) return BS _NEED _MORE ; break } } s . match _length = 0 ; bflush = trees . _tr _tally ( s , 0 , s . window [ s . strstart ] ) ; s . lookahead -- ; s . strstart ++ ; if ( bflush ) { flush _block _only ( s ,
false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } } s . insert = 0 ; if ( flush === Z _FINISH ) { flush _block _only ( s , true ) ; if ( s . strm . avail _out === 0 ) return BS _FINISH _STARTED ; return BS _FINISH _DONE } if ( s . last _lit ) { flush _block _only ( s , false ) ; if ( s . strm . avail _out === 0 ) return BS _NEED _MORE } return BS _BLOCK _DONE } var Config = function ( good _length , max _lazy , nice _length , max _chain , func ) { this . good _length = good _length ; this . max _lazy = max _lazy ; this . nice _length = nice _length ; this . max _chain = max _chain ; this . func = func } ; var configuration _table ;
configuration _table = [ new Config ( 0 , 0 , 0 , 0 , deflate _stored ) , new Config ( 4 , 4 , 8 , 4 , deflate _fast ) , new Config ( 4 , 5 , 16 , 8 , deflate _fast ) , new Config ( 4 , 6 , 32 , 32 , deflate _fast ) , new Config ( 4 , 4 , 16 , 16 , deflate _slow ) , new Config ( 8 , 16 , 32 , 32 , deflate _slow ) , new Config ( 8 , 16 , 128 , 128 , deflate _slow ) , new Config ( 8 , 32 , 128 , 256 , deflate _slow ) , new Config ( 32 , 128 , 258 , 1024 , deflate _slow ) , new Config ( 32 , 258 , 258 , 4096 , deflate _slow ) ] ; function lm _init ( s ) { s . window _size = 2 * s . w _size ; zero ( s . head ) ; s . max _lazy _match = configuration _table [ s . level ] . max _lazy ;
s . good _match = configuration _table [ s . level ] . good _length ; s . nice _match = configuration _table [ s . level ] . nice _length ; s . max _chain _length = configuration _table [ s . level ] . max _chain ; s . strstart = 0 ; s . block _start = 0 ; s . lookahead = 0 ; s . insert = 0 ; s . match _length = s . prev _length = MIN _MATCH - 1 ; s . match _available = 0 ; s . ins _h = 0 } function DeflateState ( ) { this . strm = null ; this . status = 0 ; this . pending _buf = null ; this . pending _buf _size = 0 ; this . pending _out = 0 ; this . pending = 0 ; this . wrap = 0 ; this . gzhead = null ; this . gzindex = 0 ; this . method = Z _DEFLATED ; this . last _flush =
- 1 ; this . w _size = 0 ; this . w _bits = 0 ; this . w _mask = 0 ; this . window = null ; this . window _size = 0 ; this . prev = null ; this . head = null ; this . ins _h = 0 ; this . hash _size = 0 ; this . hash _bits = 0 ; this . hash _mask = 0 ; this . hash _shift = 0 ; this . block _start = 0 ; this . match _length = 0 ; this . prev _match = 0 ; this . match _available = 0 ; this . strstart = 0 ; this . match _start = 0 ; this . lookahead = 0 ; this . prev _length = 0 ; this . max _chain _length = 0 ; this . max _lazy _match = 0 ; this . level = 0 ; this . strategy = 0 ; this . good _match = 0 ; this . nice _match = 0 ; this . dyn _ltree = new utils . Buf16 ( HEAP _SIZE * 2 ) ; this . dyn _dtree =
new utils . Buf16 ( ( 2 * D _CODES + 1 ) * 2 ) ; this . bl _tree = new utils . Buf16 ( ( 2 * BL _CODES + 1 ) * 2 ) ; zero ( this . dyn _ltree ) ; zero ( this . dyn _dtree ) ; zero ( this . bl _tree ) ; this . l _desc = null ; this . d _desc = null ; this . bl _desc = null ; this . bl _count = new utils . Buf16 ( MAX _BITS + 1 ) ; this . heap = new utils . Buf16 ( 2 * L _CODES + 1 ) ; zero ( this . heap ) ; this . heap _len = 0 ; this . heap _max = 0 ; this . depth = new utils . Buf16 ( 2 * L _CODES + 1 ) ; zero ( this . depth ) ; this . l _buf = 0 ; this . lit _bufsize = 0 ; this . last _lit = 0 ; this . d _buf = 0 ; this . opt _len = 0 ; this . static _len = 0 ; this . matches = 0 ; this . insert = 0 ;
this . bi _buf = 0 ; this . bi _valid = 0 } function deflateResetKeep ( strm ) { var s ; if ( ! strm || ! strm . state ) return err ( strm , Z _STREAM _ERROR ) ; strm . total _in = strm . total _out = 0 ; strm . data _type = Z _UNKNOWN ; s = strm . state ; s . pending = 0 ; s . pending _out = 0 ; if ( s . wrap < 0 ) s . wrap = - s . wrap ; s . status = s . wrap ? INIT _STATE : BUSY _STATE ; strm . adler = s . wrap === 2 ? 0 : 1 ; s . last _flush = Z _NO _FLUSH ; trees . _tr _init ( s ) ; return Z _OK } function deflateReset ( strm ) { var ret = deflateResetKeep ( strm ) ; if ( ret === Z _OK ) lm _init ( strm . state ) ; return ret } function deflateSetHeader ( strm , head ) { if ( ! strm ||
! strm . state ) return Z _STREAM _ERROR ; if ( strm . state . wrap !== 2 ) return Z _STREAM _ERROR ; strm . state . gzhead = head ; return Z _OK } function deflateInit2 ( strm , level , method , windowBits , memLevel , strategy ) { if ( ! strm ) return Z _STREAM _ERROR ; var wrap = 1 ; if ( level === Z _DEFAULT _COMPRESSION ) level = 6 ; if ( windowBits < 0 ) { wrap = 0 ; windowBits = - windowBits } else if ( windowBits > 15 ) { wrap = 2 ; windowBits -= 16 } if ( memLevel < 1 || memLevel > MAX _MEM _LEVEL || method !== Z _DEFLATED || windowBits < 8 || windowBits > 15 || level < 0 || level > 9 || strategy < 0 || strategy > Z _FIXED ) return err ( strm ,
Z _STREAM _ERROR ) ; if ( windowBits === 8 ) windowBits = 9 ; var s = new DeflateState ; strm . state = s ; s . strm = strm ; s . wrap = wrap ; s . gzhead = null ; s . w _bits = windowBits ; s . w _size = 1 << s . w _bits ; s . w _mask = s . w _size - 1 ; s . hash _bits = memLevel + 7 ; s . hash _size = 1 << s . hash _bits ; s . hash _mask = s . hash _size - 1 ; s . hash _shift = ~ ~ ( ( s . hash _bits + MIN _MATCH - 1 ) / MIN _MATCH ) ; s . window = new utils . Buf8 ( s . w _size * 2 ) ; s . head = new utils . Buf16 ( s . hash _size ) ; s . prev = new utils . Buf16 ( s . w _size ) ; s . lit _bufsize = 1 << memLevel + 6 ; s . pending _buf _size = s . lit _bufsize * 4 ; s . pending _buf = new utils . Buf8 ( s . pending _buf _size ) ;
s . d _buf = s . lit _bufsize >> 1 ; s . l _buf = ( 1 + 2 ) * s . lit _bufsize ; s . level = level ; s . strategy = strategy ; s . method = method ; return deflateReset ( strm ) } function deflateInit ( strm , level ) { return deflateInit2 ( strm , level , Z _DEFLATED , MAX _WBITS , DEF _MEM _LEVEL , Z _DEFAULT _STRATEGY ) } function deflate ( strm , flush ) { var old _flush , s ; var beg , val ; if ( ! strm || ! strm . state || flush > Z _BLOCK || flush < 0 ) return strm ? err ( strm , Z _STREAM _ERROR ) : Z _STREAM _ERROR ; s = strm . state ; if ( ! strm . output || ! strm . input && strm . avail _in !== 0 || s . status === FINISH _STATE && flush !== Z _FINISH ) return err ( strm ,
strm . avail _out === 0 ? Z _BUF _ERROR : Z _STREAM _ERROR ) ; s . strm = strm ; old _flush = s . last _flush ; s . last _flush = flush ; if ( s . status === INIT _STATE ) if ( s . wrap === 2 ) { strm . adler = 0 ; put _byte ( s , 31 ) ; put _byte ( s , 139 ) ; put _byte ( s , 8 ) ; if ( ! s . gzhead ) { put _byte ( s , 0 ) ; put _byte ( s , 0 ) ; put _byte ( s , 0 ) ; put _byte ( s , 0 ) ; put _byte ( s , 0 ) ; put _byte ( s , s . level === 9 ? 2 : s . strategy >= Z _HUFFMAN _ONLY || s . level < 2 ? 4 : 0 ) ; put _byte ( s , OS _CODE ) ; s . status = BUSY _STATE } else { put _byte ( s , ( s . gzhead . text ? 1 : 0 ) + ( s . gzhead . hcrc ? 2 : 0 ) + ( ! s . gzhead . extra ? 0 : 4 ) + ( ! s . gzhead . name ? 0 : 8 ) + ( ! s . gzhead . comment ?
0 : 16 ) ) ; put _byte ( s , s . gzhead . time & 255 ) ; put _byte ( s , s . gzhead . time >> 8 & 255 ) ; put _byte ( s , s . gzhead . time >> 16 & 255 ) ; put _byte ( s , s . gzhead . time >> 24 & 255 ) ; put _byte ( s , s . level === 9 ? 2 : s . strategy >= Z _HUFFMAN _ONLY || s . level < 2 ? 4 : 0 ) ; put _byte ( s , s . gzhead . os & 255 ) ; if ( s . gzhead . extra && s . gzhead . extra . length ) { put _byte ( s , s . gzhead . extra . length & 255 ) ; put _byte ( s , s . gzhead . extra . length >> 8 & 255 ) } if ( s . gzhead . hcrc ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending , 0 ) ; s . gzindex = 0 ; s . status = EXTRA _STATE } } else { var header = Z _DEFLATED + ( s . w _bits - 8 <<
4 ) << 8 ; var level _flags = - 1 ; if ( s . strategy >= Z _HUFFMAN _ONLY || s . level < 2 ) level _flags = 0 ; else if ( s . level < 6 ) level _flags = 1 ; else if ( s . level === 6 ) level _flags = 2 ; else level _flags = 3 ; header |= level _flags << 6 ; if ( s . strstart !== 0 ) header |= PRESET _DICT ; header += 31 - header % 31 ; s . status = BUSY _STATE ; putShortMSB ( s , header ) ; if ( s . strstart !== 0 ) { putShortMSB ( s , strm . adler >>> 16 ) ; putShortMSB ( s , strm . adler & 65535 ) } strm . adler = 1 } if ( s . status === EXTRA _STATE ) if ( s . gzhead . extra ) { beg = s . pending ; while ( s . gzindex < ( s . gzhead . extra . length & 65535 ) ) { if ( s . pending ===
s . pending _buf _size ) { if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; flush _pending ( strm ) ; beg = s . pending ; if ( s . pending === s . pending _buf _size ) break } put _byte ( s , s . gzhead . extra [ s . gzindex ] & 255 ) ; s . gzindex ++ } if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; if ( s . gzindex === s . gzhead . extra . length ) { s . gzindex = 0 ; s . status = NAME _STATE } } else s . status = NAME _STATE ; if ( s . status === NAME _STATE ) if ( s . gzhead . name ) { beg = s . pending ; do { if ( s . pending ===
s . pending _buf _size ) { if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; flush _pending ( strm ) ; beg = s . pending ; if ( s . pending === s . pending _buf _size ) { val = 1 ; break } } if ( s . gzindex < s . gzhead . name . length ) val = s . gzhead . name . charCodeAt ( s . gzindex ++ ) & 255 ; else val = 0 ; put _byte ( s , val ) } while ( val !== 0 ) ; if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; if ( val === 0 ) { s . gzindex = 0 ; s . status = COMMENT _STATE } } else s . status = COMMENT _STATE ; if ( s . status === COMMENT _STATE ) if ( s . gzhead . comment ) { beg =
s . pending ; do { if ( s . pending === s . pending _buf _size ) { if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; flush _pending ( strm ) ; beg = s . pending ; if ( s . pending === s . pending _buf _size ) { val = 1 ; break } } if ( s . gzindex < s . gzhead . comment . length ) val = s . gzhead . comment . charCodeAt ( s . gzindex ++ ) & 255 ; else val = 0 ; put _byte ( s , val ) } while ( val !== 0 ) ; if ( s . gzhead . hcrc && s . pending > beg ) strm . adler = crc32 ( strm . adler , s . pending _buf , s . pending - beg , beg ) ; if ( val === 0 ) s . status = HCRC _STATE } else s . status = HCRC _STATE ; if ( s . status ===
HCRC _STATE ) if ( s . gzhead . hcrc ) { if ( s . pending + 2 > s . pending _buf _size ) flush _pending ( strm ) ; if ( s . pending + 2 <= s . pending _buf _size ) { put _byte ( s , strm . adler & 255 ) ; put _byte ( s , strm . adler >> 8 & 255 ) ; strm . adler = 0 ; s . status = BUSY _STATE } } else s . status = BUSY _STATE ; if ( s . pending !== 0 ) { flush _pending ( strm ) ; if ( strm . avail _out === 0 ) { s . last _flush = - 1 ; return Z _OK } } else if ( strm . avail _in === 0 && rank ( flush ) <= rank ( old _flush ) && flush !== Z _FINISH ) return err ( strm , Z _BUF _ERROR ) ; if ( s . status === FINISH _STATE && strm . avail _in !== 0 ) return err ( strm , Z _BUF _ERROR ) ;
if ( strm . avail _in !== 0 || s . lookahead !== 0 || flush !== Z _NO _FLUSH && s . status !== FINISH _STATE ) { var bstate = s . strategy === Z _HUFFMAN _ONLY ? deflate _huff ( s , flush ) : s . strategy === Z _RLE ? deflate _rle ( s , flush ) : configuration _table [ s . level ] . func ( s , flush ) ; if ( bstate === BS _FINISH _STARTED || bstate === BS _FINISH _DONE ) s . status = FINISH _STATE ; if ( bstate === BS _NEED _MORE || bstate === BS _FINISH _STARTED ) { if ( strm . avail _out === 0 ) s . last _flush = - 1 ; return Z _OK } if ( bstate === BS _BLOCK _DONE ) { if ( flush === Z _PARTIAL _FLUSH ) trees . _tr _align ( s ) ; else if ( flush !== Z _BLOCK ) { trees . _tr _stored _block ( s ,
0 , 0 , false ) ; if ( flush === Z _FULL _FLUSH ) { zero ( s . head ) ; if ( s . lookahead === 0 ) { s . strstart = 0 ; s . block _start = 0 ; s . insert = 0 } } } flush _pending ( strm ) ; if ( strm . avail _out === 0 ) { s . last _flush = - 1 ; return Z _OK } } } if ( flush !== Z _FINISH ) return Z _OK ; if ( s . wrap <= 0 ) return Z _STREAM _END ; if ( s . wrap === 2 ) { put _byte ( s , strm . adler & 255 ) ; put _byte ( s , strm . adler >> 8 & 255 ) ; put _byte ( s , strm . adler >> 16 & 255 ) ; put _byte ( s , strm . adler >> 24 & 255 ) ; put _byte ( s , strm . total _in & 255 ) ; put _byte ( s , strm . total _in >> 8 & 255 ) ; put _byte ( s , strm . total _in >> 16 & 255 ) ; put _byte ( s , strm . total _in >>
24 & 255 ) } else { putShortMSB ( s , strm . adler >>> 16 ) ; putShortMSB ( s , strm . adler & 65535 ) } flush _pending ( strm ) ; if ( s . wrap > 0 ) s . wrap = - s . wrap ; return s . pending !== 0 ? Z _OK : Z _STREAM _END } function deflateEnd ( strm ) { var status ; if ( ! strm || ! strm . state ) return Z _STREAM _ERROR ; status = strm . state . status ; if ( status !== INIT _STATE && status !== EXTRA _STATE && status !== NAME _STATE && status !== COMMENT _STATE && status !== HCRC _STATE && status !== BUSY _STATE && status !== FINISH _STATE ) return err ( strm , Z _STREAM _ERROR ) ; strm . state = null ; return status === BUSY _STATE ? err ( strm ,
Z _DATA _ERROR ) : Z _OK } exports . deflateInit = deflateInit ; exports . deflateInit2 = deflateInit2 ; exports . deflateReset = deflateReset ; exports . deflateResetKeep = deflateResetKeep ; exports . deflateSetHeader = deflateSetHeader ; exports . deflate = deflate ; exports . deflateEnd = deflateEnd ; exports . deflateInfo = "pako deflate (from Nodeca project)" } , { "../utils/common" : 27 , "./adler32" : 29 , "./crc32" : 31 , "./messages" : 37 , "./trees" : 38 } ] , 33 : [ function ( _dereq _ , module , exports ) { function GZheader ( ) { this . text = 0 ; this . time = 0 ; this . xflags = 0 ; this . os = 0 ;
this . extra = null ; this . extra _len = 0 ; this . name = "" ; this . comment = "" ; this . hcrc = 0 ; this . done = false } module . exports = GZheader } , { } ] , 34 : [ function ( _dereq _ , module , exports ) { var BAD = 30 ; var TYPE = 12 ; module . exports = function inflate _fast ( strm , start ) { var state ; var _in ; var last ; var _out ; var beg ; var end ; var dmax ; var wsize ; var whave ; var wnext ; var window ; var hold ; var bits ; var lcode ; var dcode ; var lmask ; var dmask ; var here ; var op ; var len ; var dist ; var from ; var from _source ; var input , output ; state = strm . state ; _in = strm . next _in ; input =
strm . input ; last = _in + ( strm . avail _in - 5 ) ; _out = strm . next _out ; output = strm . output ; beg = _out - ( start - strm . avail _out ) ; end = _out + ( strm . avail _out - 257 ) ; dmax = state . dmax ; wsize = state . wsize ; whave = state . whave ; wnext = state . wnext ; window = state . window ; hold = state . hold ; bits = state . bits ; lcode = state . lencode ; dcode = state . distcode ; lmask = ( 1 << state . lenbits ) - 1 ; dmask = ( 1 << state . distbits ) - 1 ; top : do { if ( bits < 15 ) { hold += input [ _in ++ ] << bits ; bits += 8 ; hold += input [ _in ++ ] << bits ; bits += 8 } here = lcode [ hold & lmask ] ; dolen : for ( ; ; ) { op = here >>> 24 ; hold >>>= op ;
bits -= op ; op = here >>> 16 & 255 ; if ( op === 0 ) output [ _out ++ ] = here & 65535 ; else if ( op & 16 ) { len = here & 65535 ; op &= 15 ; if ( op ) { if ( bits < op ) { hold += input [ _in ++ ] << bits ; bits += 8 } len += hold & ( 1 << op ) - 1 ; hold >>>= op ; bits -= op } if ( bits < 15 ) { hold += input [ _in ++ ] << bits ; bits += 8 ; hold += input [ _in ++ ] << bits ; bits += 8 } here = dcode [ hold & dmask ] ; dodist : for ( ; ; ) { op = here >>> 24 ; hold >>>= op ; bits -= op ; op = here >>> 16 & 255 ; if ( op & 16 ) { dist = here & 65535 ; op &= 15 ; if ( bits < op ) { hold += input [ _in ++ ] << bits ; bits += 8 ; if ( bits < op ) { hold += input [ _in ++ ] << bits ; bits += 8 } } dist += hold & ( 1 << op ) - 1 ;
if ( dist > dmax ) { strm . msg = "invalid distance too far back" ; state . mode = BAD ; break top } hold >>>= op ; bits -= op ; op = _out - beg ; if ( dist > op ) { op = dist - op ; if ( op > whave ) if ( state . sane ) { strm . msg = "invalid distance too far back" ; state . mode = BAD ; break top } from = 0 ; from _source = window ; if ( wnext === 0 ) { from += wsize - op ; if ( op < len ) { len -= op ; do output [ _out ++ ] = window [ from ++ ] ; while ( -- op ) ; from = _out - dist ; from _source = output } } else if ( wnext < op ) { from += wsize + wnext - op ; op -= wnext ; if ( op < len ) { len -= op ; do output [ _out ++ ] = window [ from ++ ] ; while ( -- op ) ; from = 0 ;
if ( wnext < len ) { op = wnext ; len -= op ; do output [ _out ++ ] = window [ from ++ ] ; while ( -- op ) ; from = _out - dist ; from _source = output } } } else { from += wnext - op ; if ( op < len ) { len -= op ; do output [ _out ++ ] = window [ from ++ ] ; while ( -- op ) ; from = _out - dist ; from _source = output } } while ( len > 2 ) { output [ _out ++ ] = from _source [ from ++ ] ; output [ _out ++ ] = from _source [ from ++ ] ; output [ _out ++ ] = from _source [ from ++ ] ; len -= 3 } if ( len ) { output [ _out ++ ] = from _source [ from ++ ] ; if ( len > 1 ) output [ _out ++ ] = from _source [ from ++ ] } } else { from = _out - dist ; do { output [ _out ++ ] = output [ from ++ ] ; output [ _out ++ ] =
output [ from ++ ] ; output [ _out ++ ] = output [ from ++ ] ; len -= 3 } while ( len > 2 ) ; if ( len ) { output [ _out ++ ] = output [ from ++ ] ; if ( len > 1 ) output [ _out ++ ] = output [ from ++ ] } } } else if ( ( op & 64 ) === 0 ) { here = dcode [ ( here & 65535 ) + ( hold & ( 1 << op ) - 1 ) ] ; continue dodist } else { strm . msg = "invalid distance code" ; state . mode = BAD ; break top } break } } else if ( ( op & 64 ) === 0 ) { here = lcode [ ( here & 65535 ) + ( hold & ( 1 << op ) - 1 ) ] ; continue dolen } else if ( op & 32 ) { state . mode = TYPE ; break top } else { strm . msg = "invalid literal/length code" ; state . mode = BAD ; break top } break } } while ( _in < last &&
_out < end ) ; len = bits >> 3 ; _in -= len ; bits -= len << 3 ; hold &= ( 1 << bits ) - 1 ; strm . next _in = _in ; strm . next _out = _out ; strm . avail _in = _in < last ? 5 + ( last - _in ) : 5 - ( _in - last ) ; strm . avail _out = _out < end ? 257 + ( end - _out ) : 257 - ( _out - end ) ; state . hold = hold ; state . bits = bits ; return } } , { } ] , 35 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "../utils/common" ) ; var adler32 = _dereq _ ( "./adler32" ) ; var crc32 = _dereq _ ( "./crc32" ) ; var inflate _fast = _dereq _ ( "./inffast" ) ; var inflate _table = _dereq _ ( "./inftrees" ) ; var CODES = 0 ; var LENS = 1 ; var DISTS = 2 ; var Z _FINISH =
4 ; var Z _BLOCK = 5 ; var Z _TREES = 6 ; var Z _OK = 0 ; var Z _STREAM _END = 1 ; var Z _NEED _DICT = 2 ; var Z _STREAM _ERROR = - 2 ; var Z _DATA _ERROR = - 3 ; var Z _MEM _ERROR = - 4 ; var Z _BUF _ERROR = - 5 ; var Z _DEFLATED = 8 ; var HEAD = 1 ; var FLAGS = 2 ; var TIME = 3 ; var OS = 4 ; var EXLEN = 5 ; var EXTRA = 6 ; var NAME = 7 ; var COMMENT = 8 ; var HCRC = 9 ; var DICTID = 10 ; var DICT = 11 ; var TYPE = 12 ; var TYPEDO = 13 ; var STORED = 14 ; var COPY _ = 15 ; var COPY = 16 ; var TABLE = 17 ; var LENLENS = 18 ; var CODELENS = 19 ; var LEN _ = 20 ; var LEN = 21 ; var LENEXT = 22 ; var DIST = 23 ; var DISTEXT = 24 ; var MATCH = 25 ; var LIT = 26 ;
var CHECK = 27 ; var LENGTH = 28 ; var DONE = 29 ; var BAD = 30 ; var MEM = 31 ; var SYNC = 32 ; var ENOUGH _LENS = 852 ; var ENOUGH _DISTS = 592 ; var MAX _WBITS = 15 ; var DEF _WBITS = MAX _WBITS ; function ZSWAP32 ( q ) { return ( q >>> 24 & 255 ) + ( q >>> 8 & 65280 ) + ( ( q & 65280 ) << 8 ) + ( ( q & 255 ) << 24 ) } function InflateState ( ) { this . mode = 0 ; this . last = false ; this . wrap = 0 ; this . havedict = false ; this . flags = 0 ; this . dmax = 0 ; this . check = 0 ; this . total = 0 ; this . head = null ; this . wbits = 0 ; this . wsize = 0 ; this . whave = 0 ; this . wnext = 0 ; this . window = null ; this . hold = 0 ; this . bits = 0 ; this . length = 0 ; this . offset =
0 ; this . extra = 0 ; this . lencode = null ; this . distcode = null ; this . lenbits = 0 ; this . distbits = 0 ; this . ncode = 0 ; this . nlen = 0 ; this . ndist = 0 ; this . have = 0 ; this . next = null ; this . lens = new utils . Buf16 ( 320 ) ; this . work = new utils . Buf16 ( 288 ) ; this . lendyn = null ; this . distdyn = null ; this . sane = 0 ; this . back = 0 ; this . was = 0 } function inflateResetKeep ( strm ) { var state ; if ( ! strm || ! strm . state ) return Z _STREAM _ERROR ; state = strm . state ; strm . total _in = strm . total _out = state . total = 0 ; strm . msg = "" ; if ( state . wrap ) strm . adler = state . wrap & 1 ; state . mode = HEAD ; state . last =
0 ; state . havedict = 0 ; state . dmax = 32768 ; state . head = null ; state . hold = 0 ; state . bits = 0 ; state . lencode = state . lendyn = new utils . Buf32 ( ENOUGH _LENS ) ; state . distcode = state . distdyn = new utils . Buf32 ( ENOUGH _DISTS ) ; state . sane = 1 ; state . back = - 1 ; return Z _OK } function inflateReset ( strm ) { var state ; if ( ! strm || ! strm . state ) return Z _STREAM _ERROR ; state = strm . state ; state . wsize = 0 ; state . whave = 0 ; state . wnext = 0 ; return inflateResetKeep ( strm ) } function inflateReset2 ( strm , windowBits ) { var wrap ; var state ; if ( ! strm || ! strm . state ) return Z _STREAM _ERROR ;
state = strm . state ; if ( windowBits < 0 ) { wrap = 0 ; windowBits = - windowBits } else { wrap = ( windowBits >> 4 ) + 1 ; if ( windowBits < 48 ) windowBits &= 15 } if ( windowBits && ( windowBits < 8 || windowBits > 15 ) ) return Z _STREAM _ERROR ; if ( state . window !== null && state . wbits !== windowBits ) state . window = null ; state . wrap = wrap ; state . wbits = windowBits ; return inflateReset ( strm ) } function inflateInit2 ( strm , windowBits ) { var ret ; var state ; if ( ! strm ) return Z _STREAM _ERROR ; state = new InflateState ; strm . state = state ; state . window = null ; ret = inflateReset2 ( strm , windowBits ) ;
if ( ret !== Z _OK ) strm . state = null ; return ret } function inflateInit ( strm ) { return inflateInit2 ( strm , DEF _WBITS ) } var virgin = true ; var lenfix , distfix ; function fixedtables ( state ) { if ( virgin ) { var sym ; lenfix = new utils . Buf32 ( 512 ) ; distfix = new utils . Buf32 ( 32 ) ; sym = 0 ; while ( sym < 144 ) state . lens [ sym ++ ] = 8 ; while ( sym < 256 ) state . lens [ sym ++ ] = 9 ; while ( sym < 280 ) state . lens [ sym ++ ] = 7 ; while ( sym < 288 ) state . lens [ sym ++ ] = 8 ; inflate _table ( LENS , state . lens , 0 , 288 , lenfix , 0 , state . work , { bits : 9 } ) ; sym = 0 ; while ( sym < 32 ) state . lens [ sym ++ ] = 5 ; inflate _table ( DISTS ,
state . lens , 0 , 32 , distfix , 0 , state . work , { bits : 5 } ) ; virgin = false } state . lencode = lenfix ; state . lenbits = 9 ; state . distcode = distfix ; state . distbits = 5 } function updatewindow ( strm , src , end , copy ) { var dist ; var state = strm . state ; if ( state . window === null ) { state . wsize = 1 << state . wbits ; state . wnext = 0 ; state . whave = 0 ; state . window = new utils . Buf8 ( state . wsize ) } if ( copy >= state . wsize ) { utils . arraySet ( state . window , src , end - state . wsize , state . wsize , 0 ) ; state . wnext = 0 ; state . whave = state . wsize } else { dist = state . wsize - state . wnext ; if ( dist > copy ) dist =
copy ; utils . arraySet ( state . window , src , end - copy , dist , state . wnext ) ; copy -= dist ; if ( copy ) { utils . arraySet ( state . window , src , end - copy , copy , 0 ) ; state . wnext = copy ; state . whave = state . wsize } else { state . wnext += dist ; if ( state . wnext === state . wsize ) state . wnext = 0 ; if ( state . whave < state . wsize ) state . whave += dist } } return 0 } function inflate ( strm , flush ) { var state ; var input , output ; var next ; var put ; var have , left ; var hold ; var bits ; var _in , _out ; var copy ; var from ; var from _source ; var here = 0 ; var here _bits , here _op , here _val ; var last _bits ,
last _op , last _val ; var len ; var ret ; var hbuf = new utils . Buf8 ( 4 ) ; var opts ; var n ; var order = [ 16 , 17 , 18 , 0 , 8 , 7 , 9 , 6 , 10 , 5 , 11 , 4 , 12 , 3 , 13 , 2 , 14 , 1 , 15 ] ; if ( ! strm || ! strm . state || ! strm . output || ! strm . input && strm . avail _in !== 0 ) return Z _STREAM _ERROR ; state = strm . state ; if ( state . mode === TYPE ) state . mode = TYPEDO ; put = strm . next _out ; output = strm . output ; left = strm . avail _out ; next = strm . next _in ; input = strm . input ; have = strm . avail _in ; hold = state . hold ; bits = state . bits ; _in = have ; _out = left ; ret = Z _OK ; inf _leave : for ( ; ; ) switch ( state . mode ) { case HEAD : if ( state . wrap ===
0 ) { state . mode = TYPEDO ; break } while ( bits < 16 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( state . wrap & 2 && hold === 35615 ) { state . check = 0 ; hbuf [ 0 ] = hold & 255 ; hbuf [ 1 ] = hold >>> 8 & 255 ; state . check = crc32 ( state . check , hbuf , 2 , 0 ) ; hold = 0 ; bits = 0 ; state . mode = FLAGS ; break } state . flags = 0 ; if ( state . head ) state . head . done = false ; if ( ! ( state . wrap & 1 ) || ( ( ( hold & 255 ) << 8 ) + ( hold >> 8 ) ) % 31 ) { strm . msg = "incorrect header check" ; state . mode = BAD ; break } if ( ( hold & 15 ) !== Z _DEFLATED ) { strm . msg = "unknown compression method" ; state . mode =
BAD ; break } hold >>>= 4 ; bits -= 4 ; len = ( hold & 15 ) + 8 ; if ( state . wbits === 0 ) state . wbits = len ; else if ( len > state . wbits ) { strm . msg = "invalid window size" ; state . mode = BAD ; break } state . dmax = 1 << len ; strm . adler = state . check = 1 ; state . mode = hold & 512 ? DICTID : TYPE ; hold = 0 ; bits = 0 ; break ; case FLAGS : while ( bits < 16 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } state . flags = hold ; if ( ( state . flags & 255 ) !== Z _DEFLATED ) { strm . msg = "unknown compression method" ; state . mode = BAD ; break } if ( state . flags & 57344 ) { strm . msg = "unknown header flags set" ;
state . mode = BAD ; break } if ( state . head ) state . head . text = hold >> 8 & 1 ; if ( state . flags & 512 ) { hbuf [ 0 ] = hold & 255 ; hbuf [ 1 ] = hold >>> 8 & 255 ; state . check = crc32 ( state . check , hbuf , 2 , 0 ) } hold = 0 ; bits = 0 ; state . mode = TIME ; case TIME : while ( bits < 32 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( state . head ) state . head . time = hold ; if ( state . flags & 512 ) { hbuf [ 0 ] = hold & 255 ; hbuf [ 1 ] = hold >>> 8 & 255 ; hbuf [ 2 ] = hold >>> 16 & 255 ; hbuf [ 3 ] = hold >>> 24 & 255 ; state . check = crc32 ( state . check , hbuf , 4 , 0 ) } hold = 0 ; bits = 0 ; state . mode = OS ; case OS : while ( bits <
16 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( state . head ) { state . head . xflags = hold & 255 ; state . head . os = hold >> 8 } if ( state . flags & 512 ) { hbuf [ 0 ] = hold & 255 ; hbuf [ 1 ] = hold >>> 8 & 255 ; state . check = crc32 ( state . check , hbuf , 2 , 0 ) } hold = 0 ; bits = 0 ; state . mode = EXLEN ; case EXLEN : if ( state . flags & 1024 ) { while ( bits < 16 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } state . length = hold ; if ( state . head ) state . head . extra _len = hold ; if ( state . flags & 512 ) { hbuf [ 0 ] = hold & 255 ; hbuf [ 1 ] = hold >>> 8 & 255 ; state . check =
crc32 ( state . check , hbuf , 2 , 0 ) } hold = 0 ; bits = 0 } else if ( state . head ) state . head . extra = null ; state . mode = EXTRA ; case EXTRA : if ( state . flags & 1024 ) { copy = state . length ; if ( copy > have ) copy = have ; if ( copy ) { if ( state . head ) { len = state . head . extra _len - state . length ; if ( ! state . head . extra ) state . head . extra = new Array ( state . head . extra _len ) ; utils . arraySet ( state . head . extra , input , next , copy , len ) } if ( state . flags & 512 ) state . check = crc32 ( state . check , input , copy , next ) ; have -= copy ; next += copy ; state . length -= copy } if ( state . length ) break inf _leave } state . length =
0 ; state . mode = NAME ; case NAME : if ( state . flags & 2048 ) { if ( have === 0 ) break inf _leave ; copy = 0 ; do { len = input [ next + copy ++ ] ; if ( state . head && len && state . length < 65536 ) state . head . name += String . fromCharCode ( len ) } while ( len && copy < have ) ; if ( state . flags & 512 ) state . check = crc32 ( state . check , input , copy , next ) ; have -= copy ; next += copy ; if ( len ) break inf _leave } else if ( state . head ) state . head . name = null ; state . length = 0 ; state . mode = COMMENT ; case COMMENT : if ( state . flags & 4096 ) { if ( have === 0 ) break inf _leave ; copy = 0 ; do { len = input [ next + copy ++ ] ; if ( state . head &&
len && state . length < 65536 ) state . head . comment += String . fromCharCode ( len ) } while ( len && copy < have ) ; if ( state . flags & 512 ) state . check = crc32 ( state . check , input , copy , next ) ; have -= copy ; next += copy ; if ( len ) break inf _leave } else if ( state . head ) state . head . comment = null ; state . mode = HCRC ; case HCRC : if ( state . flags & 512 ) { while ( bits < 16 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( hold !== ( state . check & 65535 ) ) { strm . msg = "header crc mismatch" ; state . mode = BAD ; break } hold = 0 ; bits = 0 } if ( state . head ) { state . head . hcrc =
state . flags >> 9 & 1 ; state . head . done = true } strm . adler = state . check = 0 ; state . mode = TYPE ; break ; case DICTID : while ( bits < 32 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } strm . adler = state . check = ZSWAP32 ( hold ) ; hold = 0 ; bits = 0 ; state . mode = DICT ; case DICT : if ( state . havedict === 0 ) { strm . next _out = put ; strm . avail _out = left ; strm . next _in = next ; strm . avail _in = have ; state . hold = hold ; state . bits = bits ; return Z _NEED _DICT } strm . adler = state . check = 1 ; state . mode = TYPE ; case TYPE : if ( flush === Z _BLOCK || flush === Z _TREES ) break inf _leave ;
case TYPEDO : if ( state . last ) { hold >>>= bits & 7 ; bits -= bits & 7 ; state . mode = CHECK ; break } while ( bits < 3 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } state . last = hold & 1 ; hold >>>= 1 ; bits -= 1 ; switch ( hold & 3 ) { case 0 : state . mode = STORED ; break ; case 1 : fixedtables ( state ) ; state . mode = LEN _ ; if ( flush === Z _TREES ) { hold >>>= 2 ; bits -= 2 ; break inf _leave } break ; case 2 : state . mode = TABLE ; break ; case 3 : strm . msg = "invalid block type" ; state . mode = BAD } hold >>>= 2 ; bits -= 2 ; break ; case STORED : hold >>>= bits & 7 ; bits -= bits & 7 ; while ( bits <
32 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( ( hold & 65535 ) !== ( hold >>> 16 ^ 65535 ) ) { strm . msg = "invalid stored block lengths" ; state . mode = BAD ; break } state . length = hold & 65535 ; hold = 0 ; bits = 0 ; state . mode = COPY _ ; if ( flush === Z _TREES ) break inf _leave ; case COPY _ : state . mode = COPY ; case COPY : copy = state . length ; if ( copy ) { if ( copy > have ) copy = have ; if ( copy > left ) copy = left ; if ( copy === 0 ) break inf _leave ; utils . arraySet ( output , input , next , copy , put ) ; have -= copy ; next += copy ; left -= copy ; put += copy ; state . length -= copy ;
break } state . mode = TYPE ; break ; case TABLE : while ( bits < 14 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } state . nlen = ( hold & 31 ) + 257 ; hold >>>= 5 ; bits -= 5 ; state . ndist = ( hold & 31 ) + 1 ; hold >>>= 5 ; bits -= 5 ; state . ncode = ( hold & 15 ) + 4 ; hold >>>= 4 ; bits -= 4 ; if ( state . nlen > 286 || state . ndist > 30 ) { strm . msg = "too many length or distance symbols" ; state . mode = BAD ; break } state . have = 0 ; state . mode = LENLENS ; case LENLENS : while ( state . have < state . ncode ) { while ( bits < 3 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ;
bits += 8 } state . lens [ order [ state . have ++ ] ] = hold & 7 ; hold >>>= 3 ; bits -= 3 } while ( state . have < 19 ) state . lens [ order [ state . have ++ ] ] = 0 ; state . lencode = state . lendyn ; state . lenbits = 7 ; opts = { bits : state . lenbits } ; ret = inflate _table ( CODES , state . lens , 0 , 19 , state . lencode , 0 , state . work , opts ) ; state . lenbits = opts . bits ; if ( ret ) { strm . msg = "invalid code lengths set" ; state . mode = BAD ; break } state . have = 0 ; state . mode = CODELENS ; case CODELENS : while ( state . have < state . nlen + state . ndist ) { for ( ; ; ) { here = state . lencode [ hold & ( 1 << state . lenbits ) - 1 ] ; here _bits =
here >>> 24 ; here _op = here >>> 16 & 255 ; here _val = here & 65535 ; if ( here _bits <= bits ) break ; if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( here _val < 16 ) { hold >>>= here _bits ; bits -= here _bits ; state . lens [ state . have ++ ] = here _val } else { if ( here _val === 16 ) { n = here _bits + 2 ; while ( bits < n ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } hold >>>= here _bits ; bits -= here _bits ; if ( state . have === 0 ) { strm . msg = "invalid bit length repeat" ; state . mode = BAD ; break } len = state . lens [ state . have - 1 ] ; copy = 3 + ( hold &
3 ) ; hold >>>= 2 ; bits -= 2 } else if ( here _val === 17 ) { n = here _bits + 3 ; while ( bits < n ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } hold >>>= here _bits ; bits -= here _bits ; len = 0 ; copy = 3 + ( hold & 7 ) ; hold >>>= 3 ; bits -= 3 } else { n = here _bits + 7 ; while ( bits < n ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } hold >>>= here _bits ; bits -= here _bits ; len = 0 ; copy = 11 + ( hold & 127 ) ; hold >>>= 7 ; bits -= 7 } if ( state . have + copy > state . nlen + state . ndist ) { strm . msg = "invalid bit length repeat" ; state . mode = BAD ; break } while ( copy -- ) state . lens [ state . have ++ ] =
len } } if ( state . mode === BAD ) break ; if ( state . lens [ 256 ] === 0 ) { strm . msg = "invalid code -- missing end-of-block" ; state . mode = BAD ; break } state . lenbits = 9 ; opts = { bits : state . lenbits } ; ret = inflate _table ( LENS , state . lens , 0 , state . nlen , state . lencode , 0 , state . work , opts ) ; state . lenbits = opts . bits ; if ( ret ) { strm . msg = "invalid literal/lengths set" ; state . mode = BAD ; break } state . distbits = 6 ; state . distcode = state . distdyn ; opts = { bits : state . distbits } ; ret = inflate _table ( DISTS , state . lens , state . nlen , state . ndist , state . distcode , 0 , state . work , opts ) ;
state . distbits = opts . bits ; if ( ret ) { strm . msg = "invalid distances set" ; state . mode = BAD ; break } state . mode = LEN _ ; if ( flush === Z _TREES ) break inf _leave ; case LEN _ : state . mode = LEN ; case LEN : if ( have >= 6 && left >= 258 ) { strm . next _out = put ; strm . avail _out = left ; strm . next _in = next ; strm . avail _in = have ; state . hold = hold ; state . bits = bits ; inflate _fast ( strm , _out ) ; put = strm . next _out ; output = strm . output ; left = strm . avail _out ; next = strm . next _in ; input = strm . input ; have = strm . avail _in ; hold = state . hold ; bits = state . bits ; if ( state . mode === TYPE ) state . back =
- 1 ; break } state . back = 0 ; for ( ; ; ) { here = state . lencode [ hold & ( 1 << state . lenbits ) - 1 ] ; here _bits = here >>> 24 ; here _op = here >>> 16 & 255 ; here _val = here & 65535 ; if ( here _bits <= bits ) break ; if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( here _op && ( here _op & 240 ) === 0 ) { last _bits = here _bits ; last _op = here _op ; last _val = here _val ; for ( ; ; ) { here = state . lencode [ last _val + ( ( hold & ( 1 << last _bits + last _op ) - 1 ) >> last _bits ) ] ; here _bits = here >>> 24 ; here _op = here >>> 16 & 255 ; here _val = here & 65535 ; if ( last _bits + here _bits <= bits ) break ; if ( have ===
0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } hold >>>= last _bits ; bits -= last _bits ; state . back += last _bits } hold >>>= here _bits ; bits -= here _bits ; state . back += here _bits ; state . length = here _val ; if ( here _op === 0 ) { state . mode = LIT ; break } if ( here _op & 32 ) { state . back = - 1 ; state . mode = TYPE ; break } if ( here _op & 64 ) { strm . msg = "invalid literal/length code" ; state . mode = BAD ; break } state . extra = here _op & 15 ; state . mode = LENEXT ; case LENEXT : if ( state . extra ) { n = state . extra ; while ( bits < n ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] <<
bits ; bits += 8 } state . length += hold & ( 1 << state . extra ) - 1 ; hold >>>= state . extra ; bits -= state . extra ; state . back += state . extra } state . was = state . length ; state . mode = DIST ; case DIST : for ( ; ; ) { here = state . distcode [ hold & ( 1 << state . distbits ) - 1 ] ; here _bits = here >>> 24 ; here _op = here >>> 16 & 255 ; here _val = here & 65535 ; if ( here _bits <= bits ) break ; if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( ( here _op & 240 ) === 0 ) { last _bits = here _bits ; last _op = here _op ; last _val = here _val ; for ( ; ; ) { here = state . distcode [ last _val + ( ( hold & ( 1 << last _bits +
last _op ) - 1 ) >> last _bits ) ] ; here _bits = here >>> 24 ; here _op = here >>> 16 & 255 ; here _val = here & 65535 ; if ( last _bits + here _bits <= bits ) break ; if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } hold >>>= last _bits ; bits -= last _bits ; state . back += last _bits } hold >>>= here _bits ; bits -= here _bits ; state . back += here _bits ; if ( here _op & 64 ) { strm . msg = "invalid distance code" ; state . mode = BAD ; break } state . offset = here _val ; state . extra = here _op & 15 ; state . mode = DISTEXT ; case DISTEXT : if ( state . extra ) { n = state . extra ; while ( bits < n ) { if ( have ===
0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } state . offset += hold & ( 1 << state . extra ) - 1 ; hold >>>= state . extra ; bits -= state . extra ; state . back += state . extra } if ( state . offset > state . dmax ) { strm . msg = "invalid distance too far back" ; state . mode = BAD ; break } state . mode = MATCH ; case MATCH : if ( left === 0 ) break inf _leave ; copy = _out - left ; if ( state . offset > copy ) { copy = state . offset - copy ; if ( copy > state . whave ) if ( state . sane ) { strm . msg = "invalid distance too far back" ; state . mode = BAD ; break } if ( copy > state . wnext ) { copy -= state . wnext ;
from = state . wsize - copy } else from = state . wnext - copy ; if ( copy > state . length ) copy = state . length ; from _source = state . window } else { from _source = output ; from = put - state . offset ; copy = state . length } if ( copy > left ) copy = left ; left -= copy ; state . length -= copy ; do output [ put ++ ] = from _source [ from ++ ] ; while ( -- copy ) ; if ( state . length === 0 ) state . mode = LEN ; break ; case LIT : if ( left === 0 ) break inf _leave ; output [ put ++ ] = state . length ; left -- ; state . mode = LEN ; break ; case CHECK : if ( state . wrap ) { while ( bits < 32 ) { if ( have === 0 ) break inf _leave ; have -- ; hold |= input [ next ++ ] <<
bits ; bits += 8 } _out -= left ; strm . total _out += _out ; state . total += _out ; if ( _out ) strm . adler = state . check = state . flags ? crc32 ( state . check , output , _out , put - _out ) : adler32 ( state . check , output , _out , put - _out ) ; _out = left ; if ( ( state . flags ? hold : ZSWAP32 ( hold ) ) !== state . check ) { strm . msg = "incorrect data check" ; state . mode = BAD ; break } hold = 0 ; bits = 0 } state . mode = LENGTH ; case LENGTH : if ( state . wrap && state . flags ) { while ( bits < 32 ) { if ( have === 0 ) break inf _leave ; have -- ; hold += input [ next ++ ] << bits ; bits += 8 } if ( hold !== ( state . total & 4294967295 ) ) { strm . msg =
"incorrect length check" ; state . mode = BAD ; break } hold = 0 ; bits = 0 } state . mode = DONE ; case DONE : ret = Z _STREAM _END ; break inf _leave ; case BAD : ret = Z _DATA _ERROR ; break inf _leave ; case MEM : return Z _MEM _ERROR ; case SYNC : default : return Z _STREAM _ERROR } strm . next _out = put ; strm . avail _out = left ; strm . next _in = next ; strm . avail _in = have ; state . hold = hold ; state . bits = bits ; if ( state . wsize || _out !== strm . avail _out && state . mode < BAD && ( state . mode < CHECK || flush !== Z _FINISH ) ) if ( updatewindow ( strm , strm . output , strm . next _out , _out - strm . avail _out ) ) { state . mode =
MEM ; return Z _MEM _ERROR } _in -= strm . avail _in ; _out -= strm . avail _out ; strm . total _in += _in ; strm . total _out += _out ; state . total += _out ; if ( state . wrap && _out ) strm . adler = state . check = state . flags ? crc32 ( state . check , output , _out , strm . next _out - _out ) : adler32 ( state . check , output , _out , strm . next _out - _out ) ; strm . data _type = state . bits + ( state . last ? 64 : 0 ) + ( state . mode === TYPE ? 128 : 0 ) + ( state . mode === LEN _ || state . mode === COPY _ ? 256 : 0 ) ; if ( ( _in === 0 && _out === 0 || flush === Z _FINISH ) && ret === Z _OK ) ret = Z _BUF _ERROR ; return ret } function inflateEnd ( strm ) { if ( ! strm ||
! strm . state ) return Z _STREAM _ERROR ; var state = strm . state ; if ( state . window ) state . window = null ; strm . state = null ; return Z _OK } function inflateGetHeader ( strm , head ) { var state ; if ( ! strm || ! strm . state ) return Z _STREAM _ERROR ; state = strm . state ; if ( ( state . wrap & 2 ) === 0 ) return Z _STREAM _ERROR ; state . head = head ; head . done = false ; return Z _OK } exports . inflateReset = inflateReset ; exports . inflateReset2 = inflateReset2 ; exports . inflateResetKeep = inflateResetKeep ; exports . inflateInit = inflateInit ; exports . inflateInit2 = inflateInit2 ; exports . inflate =
inflate ; exports . inflateEnd = inflateEnd ; exports . inflateGetHeader = inflateGetHeader ; exports . inflateInfo = "pako inflate (from Nodeca project)" } , { "../utils/common" : 27 , "./adler32" : 29 , "./crc32" : 31 , "./inffast" : 34 , "./inftrees" : 36 } ] , 36 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "../utils/common" ) ; var MAXBITS = 15 ; var ENOUGH _LENS = 852 ; var ENOUGH _DISTS = 592 ; var CODES = 0 ; var LENS = 1 ; var DISTS = 2 ; var lbase = [ 3 , 4 , 5 , 6 , 7 , 8 , 9 , 10 , 11 , 13 , 15 , 17 , 19 , 23 , 27 , 31 , 35 , 43 , 51 , 59 , 67 , 83 , 99 , 115 , 131 , 163 , 195 , 227 , 258 , 0 , 0 ] ; var lext = [ 16 ,
16 , 16 , 16 , 16 , 16 , 16 , 16 , 17 , 17 , 17 , 17 , 18 , 18 , 18 , 18 , 19 , 19 , 19 , 19 , 20 , 20 , 20 , 20 , 21 , 21 , 21 , 21 , 16 , 72 , 78 ] ; var dbase = [ 1 , 2 , 3 , 4 , 5 , 7 , 9 , 13 , 17 , 25 , 33 , 49 , 65 , 97 , 129 , 193 , 257 , 385 , 513 , 769 , 1025 , 1537 , 2049 , 3073 , 4097 , 6145 , 8193 , 12289 , 16385 , 24577 , 0 , 0 ] ; var dext = [ 16 , 16 , 16 , 16 , 17 , 17 , 18 , 18 , 19 , 19 , 20 , 20 , 21 , 21 , 22 , 22 , 23 , 23 , 24 , 24 , 25 , 25 , 26 , 26 , 27 , 27 , 28 , 28 , 29 , 29 , 64 , 64 ] ; module . exports = function inflate _table ( type , lens , lens _index , codes , table , table _index , work , opts ) { var bits = opts . bits ; var len = 0 ; var sym = 0 ; var min = 0 , max = 0 ; var root = 0 ; var curr = 0 ; var drop =
0 ; var left = 0 ; var used = 0 ; var huff = 0 ; var incr ; var fill ; var low ; var mask ; var next ; var base = null ; var base _index = 0 ; var end ; var count = new utils . Buf16 ( MAXBITS + 1 ) ; var offs = new utils . Buf16 ( MAXBITS + 1 ) ; var extra = null ; var extra _index = 0 ; var here _bits , here _op , here _val ; for ( len = 0 ; len <= MAXBITS ; len ++ ) count [ len ] = 0 ; for ( sym = 0 ; sym < codes ; sym ++ ) count [ lens [ lens _index + sym ] ] ++ ; root = bits ; for ( max = MAXBITS ; max >= 1 ; max -- ) if ( count [ max ] !== 0 ) break ; if ( root > max ) root = max ; if ( max === 0 ) { table [ table _index ++ ] = 1 << 24 | 64 << 16 | 0 ; table [ table _index ++ ] =
1 << 24 | 64 << 16 | 0 ; opts . bits = 1 ; return 0 } for ( min = 1 ; min < max ; min ++ ) if ( count [ min ] !== 0 ) break ; if ( root < min ) root = min ; left = 1 ; for ( len = 1 ; len <= MAXBITS ; len ++ ) { left <<= 1 ; left -= count [ len ] ; if ( left < 0 ) return - 1 } if ( left > 0 && ( type === CODES || max !== 1 ) ) return - 1 ; offs [ 1 ] = 0 ; for ( len = 1 ; len < MAXBITS ; len ++ ) offs [ len + 1 ] = offs [ len ] + count [ len ] ; for ( sym = 0 ; sym < codes ; sym ++ ) if ( lens [ lens _index + sym ] !== 0 ) work [ offs [ lens [ lens _index + sym ] ] ++ ] = sym ; if ( type === CODES ) { base = extra = work ; end = 19 } else if ( type === LENS ) { base = lbase ; base _index -= 257 ; extra = lext ; extra _index -=
257 ; end = 256 } else { base = dbase ; extra = dext ; end = - 1 } huff = 0 ; sym = 0 ; len = min ; next = table _index ; curr = root ; drop = 0 ; low = - 1 ; used = 1 << root ; mask = used - 1 ; if ( type === LENS && used > ENOUGH _LENS || type === DISTS && used > ENOUGH _DISTS ) return 1 ; var i = 0 ; for ( ; ; ) { i ++ ; here _bits = len - drop ; if ( work [ sym ] < end ) { here _op = 0 ; here _val = work [ sym ] } else if ( work [ sym ] > end ) { here _op = extra [ extra _index + work [ sym ] ] ; here _val = base [ base _index + work [ sym ] ] } else { here _op = 32 + 64 ; here _val = 0 } incr = 1 << len - drop ; fill = 1 << curr ; min = fill ; do { fill -= incr ; table [ next + ( huff >> drop ) + fill ] =
here _bits << 24 | here _op << 16 | here _val | 0 } while ( fill !== 0 ) ; incr = 1 << len - 1 ; while ( huff & incr ) incr >>= 1 ; if ( incr !== 0 ) { huff &= incr - 1 ; huff += incr } else huff = 0 ; sym ++ ; if ( -- count [ len ] === 0 ) { if ( len === max ) break ; len = lens [ lens _index + work [ sym ] ] } if ( len > root && ( huff & mask ) !== low ) { if ( drop === 0 ) drop = root ; next += min ; curr = len - drop ; left = 1 << curr ; while ( curr + drop < max ) { left -= count [ curr + drop ] ; if ( left <= 0 ) break ; curr ++ ; left <<= 1 } used += 1 << curr ; if ( type === LENS && used > ENOUGH _LENS || type === DISTS && used > ENOUGH _DISTS ) return 1 ; low = huff & mask ; table [ low ] = root <<
24 | curr << 16 | next - table _index | 0 } } if ( huff !== 0 ) table [ next + huff ] = len - drop << 24 | 64 << 16 | 0 ; opts . bits = root ; return 0 } } , { "../utils/common" : 27 } ] , 37 : [ function ( _dereq _ , module , exports ) { module . exports = { 2 : "need dictionary" , 1 : "stream end" , 0 : "" , "-1" : "file error" , "-2" : "stream error" , "-3" : "data error" , "-4" : "insufficient memory" , "-5" : "buffer error" , "-6" : "incompatible version" } } , { } ] , 38 : [ function ( _dereq _ , module , exports ) { var utils = _dereq _ ( "../utils/common" ) ; var Z _FIXED = 4 ; var Z _BINARY = 0 ; var Z _TEXT = 1 ; var Z _UNKNOWN = 2 ; function zero ( buf ) { var len =
buf . length ; while ( -- len >= 0 ) buf [ len ] = 0 } var STORED _BLOCK = 0 ; var STATIC _TREES = 1 ; var DYN _TREES = 2 ; var MIN _MATCH = 3 ; var MAX _MATCH = 258 ; var LENGTH _CODES = 29 ; var LITERALS = 256 ; var L _CODES = LITERALS + 1 + LENGTH _CODES ; var D _CODES = 30 ; var BL _CODES = 19 ; var HEAP _SIZE = 2 * L _CODES + 1 ; var MAX _BITS = 15 ; var Buf _size = 16 ; var MAX _BL _BITS = 7 ; var END _BLOCK = 256 ; var REP _3 _6 = 16 ; var REPZ _3 _10 = 17 ; var REPZ _11 _138 = 18 ; var extra _lbits = [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 1 , 1 , 1 , 1 , 2 , 2 , 2 , 2 , 3 , 3 , 3 , 3 , 4 , 4 , 4 , 4 , 5 , 5 , 5 , 5 , 0 ] ; var extra _dbits = [ 0 , 0 , 0 , 0 , 1 , 1 , 2 , 2 , 3 , 3 , 4 , 4 , 5 , 5 , 6 , 6 , 7 ,
7 , 8 , 8 , 9 , 9 , 10 , 10 , 11 , 11 , 12 , 12 , 13 , 13 ] ; var extra _blbits = [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 2 , 3 , 7 ] ; var bl _order = [ 16 , 17 , 18 , 0 , 8 , 7 , 9 , 6 , 10 , 5 , 11 , 4 , 12 , 3 , 13 , 2 , 14 , 1 , 15 ] ; var DIST _CODE _LEN = 512 ; var static _ltree = new Array ( ( L _CODES + 2 ) * 2 ) ; zero ( static _ltree ) ; var static _dtree = new Array ( D _CODES * 2 ) ; zero ( static _dtree ) ; var _dist _code = new Array ( DIST _CODE _LEN ) ; zero ( _dist _code ) ; var _length _code = new Array ( MAX _MATCH - MIN _MATCH + 1 ) ; zero ( _length _code ) ; var base _length = new Array ( LENGTH _CODES ) ; zero ( base _length ) ; var base _dist = new Array ( D _CODES ) ;
zero ( base _dist ) ; var StaticTreeDesc = function ( static _tree , extra _bits , extra _base , elems , max _length ) { this . static _tree = static _tree ; this . extra _bits = extra _bits ; this . extra _base = extra _base ; this . elems = elems ; this . max _length = max _length ; this . has _stree = static _tree && static _tree . length } ; var static _l _desc ; var static _d _desc ; var static _bl _desc ; var TreeDesc = function ( dyn _tree , stat _desc ) { this . dyn _tree = dyn _tree ; this . max _code = 0 ; this . stat _desc = stat _desc } ; function d _code ( dist ) { return dist < 256 ? _dist _code [ dist ] : _dist _code [ 256 +
( dist >>> 7 ) ] } function put _short ( s , w ) { s . pending _buf [ s . pending ++ ] = w & 255 ; s . pending _buf [ s . pending ++ ] = w >>> 8 & 255 } function send _bits ( s , value , length ) { if ( s . bi _valid > Buf _size - length ) { s . bi _buf |= value << s . bi _valid & 65535 ; put _short ( s , s . bi _buf ) ; s . bi _buf = value >> Buf _size - s . bi _valid ; s . bi _valid += length - Buf _size } else { s . bi _buf |= value << s . bi _valid & 65535 ; s . bi _valid += length } } function send _code ( s , c , tree ) { send _bits ( s , tree [ c * 2 ] , tree [ c * 2 + 1 ] ) } function bi _reverse ( code , len ) { var res = 0 ; do { res |= code & 1 ; code >>>= 1 ; res <<= 1 } while ( -- len > 0 ) ;
return res >>> 1 } function bi _flush ( s ) { if ( s . bi _valid === 16 ) { put _short ( s , s . bi _buf ) ; s . bi _buf = 0 ; s . bi _valid = 0 } else if ( s . bi _valid >= 8 ) { s . pending _buf [ s . pending ++ ] = s . bi _buf & 255 ; s . bi _buf >>= 8 ; s . bi _valid -= 8 } } function gen _bitlen ( s , desc ) { var tree = desc . dyn _tree ; var max _code = desc . max _code ; var stree = desc . stat _desc . static _tree ; var has _stree = desc . stat _desc . has _stree ; var extra = desc . stat _desc . extra _bits ; var base = desc . stat _desc . extra _base ; var max _length = desc . stat _desc . max _length ; var h ; var n , m ; var bits ; var xbits ; var f ; var overflow =
0 ; for ( bits = 0 ; bits <= MAX _BITS ; bits ++ ) s . bl _count [ bits ] = 0 ; tree [ s . heap [ s . heap _max ] * 2 + 1 ] = 0 ; for ( h = s . heap _max + 1 ; h < HEAP _SIZE ; h ++ ) { n = s . heap [ h ] ; bits = tree [ tree [ n * 2 + 1 ] * 2 + 1 ] + 1 ; if ( bits > max _length ) { bits = max _length ; overflow ++ } tree [ n * 2 + 1 ] = bits ; if ( n > max _code ) continue ; s . bl _count [ bits ] ++ ; xbits = 0 ; if ( n >= base ) xbits = extra [ n - base ] ; f = tree [ n * 2 ] ; s . opt _len += f * ( bits + xbits ) ; if ( has _stree ) s . static _len += f * ( stree [ n * 2 + 1 ] + xbits ) } if ( overflow === 0 ) return ; do { bits = max _length - 1 ; while ( s . bl _count [ bits ] === 0 ) bits -- ; s . bl _count [ bits ] -- ; s . bl _count [ bits +
1 ] += 2 ; s . bl _count [ max _length ] -- ; overflow -= 2 } while ( overflow > 0 ) ; for ( bits = max _length ; bits !== 0 ; bits -- ) { n = s . bl _count [ bits ] ; while ( n !== 0 ) { m = s . heap [ -- h ] ; if ( m > max _code ) continue ; if ( tree [ m * 2 + 1 ] !== bits ) { s . opt _len += ( bits - tree [ m * 2 + 1 ] ) * tree [ m * 2 ] ; tree [ m * 2 + 1 ] = bits } n -- } } } function gen _codes ( tree , max _code , bl _count ) { var next _code = new Array ( MAX _BITS + 1 ) ; var code = 0 ; var bits ; var n ; for ( bits = 1 ; bits <= MAX _BITS ; bits ++ ) next _code [ bits ] = code = code + bl _count [ bits - 1 ] << 1 ; for ( n = 0 ; n <= max _code ; n ++ ) { var len = tree [ n * 2 + 1 ] ; if ( len === 0 ) continue ;
tree [ n * 2 ] = bi _reverse ( next _code [ len ] ++ , len ) } } function tr _static _init ( ) { var n ; var bits ; var length ; var code ; var dist ; var bl _count = new Array ( MAX _BITS + 1 ) ; length = 0 ; for ( code = 0 ; code < LENGTH _CODES - 1 ; code ++ ) { base _length [ code ] = length ; for ( n = 0 ; n < 1 << extra _lbits [ code ] ; n ++ ) _length _code [ length ++ ] = code } _length _code [ length - 1 ] = code ; dist = 0 ; for ( code = 0 ; code < 16 ; code ++ ) { base _dist [ code ] = dist ; for ( n = 0 ; n < 1 << extra _dbits [ code ] ; n ++ ) _dist _code [ dist ++ ] = code } dist >>= 7 ; for ( ; code < D _CODES ; code ++ ) { base _dist [ code ] = dist << 7 ; for ( n = 0 ; n < 1 << extra _dbits [ code ] -
7 ; n ++ ) _dist _code [ 256 + dist ++ ] = code } for ( bits = 0 ; bits <= MAX _BITS ; bits ++ ) bl _count [ bits ] = 0 ; n = 0 ; while ( n <= 143 ) { static _ltree [ n * 2 + 1 ] = 8 ; n ++ ; bl _count [ 8 ] ++ } while ( n <= 255 ) { static _ltree [ n * 2 + 1 ] = 9 ; n ++ ; bl _count [ 9 ] ++ } while ( n <= 279 ) { static _ltree [ n * 2 + 1 ] = 7 ; n ++ ; bl _count [ 7 ] ++ } while ( n <= 287 ) { static _ltree [ n * 2 + 1 ] = 8 ; n ++ ; bl _count [ 8 ] ++ } gen _codes ( static _ltree , L _CODES + 1 , bl _count ) ; for ( n = 0 ; n < D _CODES ; n ++ ) { static _dtree [ n * 2 + 1 ] = 5 ; static _dtree [ n * 2 ] = bi _reverse ( n , 5 ) } static _l _desc = new StaticTreeDesc ( static _ltree , extra _lbits , LITERALS + 1 , L _CODES ,
MAX _BITS ) ; static _d _desc = new StaticTreeDesc ( static _dtree , extra _dbits , 0 , D _CODES , MAX _BITS ) ; static _bl _desc = new StaticTreeDesc ( new Array ( 0 ) , extra _blbits , 0 , BL _CODES , MAX _BL _BITS ) } function init _block ( s ) { var n ; for ( n = 0 ; n < L _CODES ; n ++ ) s . dyn _ltree [ n * 2 ] = 0 ; for ( n = 0 ; n < D _CODES ; n ++ ) s . dyn _dtree [ n * 2 ] = 0 ; for ( n = 0 ; n < BL _CODES ; n ++ ) s . bl _tree [ n * 2 ] = 0 ; s . dyn _ltree [ END _BLOCK * 2 ] = 1 ; s . opt _len = s . static _len = 0 ; s . last _lit = s . matches = 0 } function bi _windup ( s ) { if ( s . bi _valid > 8 ) put _short ( s , s . bi _buf ) ; else if ( s . bi _valid > 0 ) s . pending _buf [ s . pending ++ ] =
s . bi _buf ; s . bi _buf = 0 ; s . bi _valid = 0 } function copy _block ( s , buf , len , header ) { bi _windup ( s ) ; if ( header ) { put _short ( s , len ) ; put _short ( s , ~ len ) } utils . arraySet ( s . pending _buf , s . window , buf , len , s . pending ) ; s . pending += len } function smaller ( tree , n , m , depth ) { var _n2 = n * 2 ; var _m2 = m * 2 ; return tree [ _n2 ] < tree [ _m2 ] || tree [ _n2 ] === tree [ _m2 ] && depth [ n ] <= depth [ m ] } function pqdownheap ( s , tree , k ) { var v = s . heap [ k ] ; var j = k << 1 ; while ( j <= s . heap _len ) { if ( j < s . heap _len && smaller ( tree , s . heap [ j + 1 ] , s . heap [ j ] , s . depth ) ) j ++ ; if ( smaller ( tree , v , s . heap [ j ] , s . depth ) ) break ;
s . heap [ k ] = s . heap [ j ] ; k = j ; j <<= 1 } s . heap [ k ] = v } function compress _block ( s , ltree , dtree ) { var dist ; var lc ; var lx = 0 ; var code ; var extra ; if ( s . last _lit !== 0 ) { do { dist = s . pending _buf [ s . d _buf + lx * 2 ] << 8 | s . pending _buf [ s . d _buf + lx * 2 + 1 ] ; lc = s . pending _buf [ s . l _buf + lx ] ; lx ++ ; if ( dist === 0 ) send _code ( s , lc , ltree ) ; else { code = _length _code [ lc ] ; send _code ( s , code + LITERALS + 1 , ltree ) ; extra = extra _lbits [ code ] ; if ( extra !== 0 ) { lc -= base _length [ code ] ; send _bits ( s , lc , extra ) } dist -- ; code = d _code ( dist ) ; send _code ( s , code , dtree ) ; extra = extra _dbits [ code ] ; if ( extra !==
0 ) { dist -= base _dist [ code ] ; send _bits ( s , dist , extra ) } } } while ( lx < s . last _lit ) } send _code ( s , END _BLOCK , ltree ) } function build _tree ( s , desc ) { var tree = desc . dyn _tree ; var stree = desc . stat _desc . static _tree ; var has _stree = desc . stat _desc . has _stree ; var elems = desc . stat _desc . elems ; var n , m ; var max _code = - 1 ; var node ; s . heap _len = 0 ; s . heap _max = HEAP _SIZE ; for ( n = 0 ; n < elems ; n ++ ) if ( tree [ n * 2 ] !== 0 ) { s . heap [ ++ s . heap _len ] = max _code = n ; s . depth [ n ] = 0 } else tree [ n * 2 + 1 ] = 0 ; while ( s . heap _len < 2 ) { node = s . heap [ ++ s . heap _len ] = max _code < 2 ? ++ max _code : 0 ; tree [ node *
2 ] = 1 ; s . depth [ node ] = 0 ; s . opt _len -- ; if ( has _stree ) s . static _len -= stree [ node * 2 + 1 ] } desc . max _code = max _code ; for ( n = s . heap _len >> 1 ; n >= 1 ; n -- ) pqdownheap ( s , tree , n ) ; node = elems ; do { n = s . heap [ 1 ] ; s . heap [ 1 ] = s . heap [ s . heap _len -- ] ; pqdownheap ( s , tree , 1 ) ; m = s . heap [ 1 ] ; s . heap [ -- s . heap _max ] = n ; s . heap [ -- s . heap _max ] = m ; tree [ node * 2 ] = tree [ n * 2 ] + tree [ m * 2 ] ; s . depth [ node ] = ( s . depth [ n ] >= s . depth [ m ] ? s . depth [ n ] : s . depth [ m ] ) + 1 ; tree [ n * 2 + 1 ] = tree [ m * 2 + 1 ] = node ; s . heap [ 1 ] = node ++ ; pqdownheap ( s , tree , 1 ) } while ( s . heap _len >= 2 ) ; s . heap [ -- s . heap _max ] = s . heap [ 1 ] ; gen _bitlen ( s ,
desc ) ; gen _codes ( tree , max _code , s . bl _count ) } function scan _tree ( s , tree , max _code ) { var n ; var prevlen = - 1 ; var curlen ; var nextlen = tree [ 0 * 2 + 1 ] ; var count = 0 ; var max _count = 7 ; var min _count = 4 ; if ( nextlen === 0 ) { max _count = 138 ; min _count = 3 } tree [ ( max _code + 1 ) * 2 + 1 ] = 65535 ; for ( n = 0 ; n <= max _code ; n ++ ) { curlen = nextlen ; nextlen = tree [ ( n + 1 ) * 2 + 1 ] ; if ( ++ count < max _count && curlen === nextlen ) continue ; else if ( count < min _count ) s . bl _tree [ curlen * 2 ] += count ; else if ( curlen !== 0 ) { if ( curlen !== prevlen ) s . bl _tree [ curlen * 2 ] ++ ; s . bl _tree [ REP _3 _6 * 2 ] ++ } else if ( count <=
10 ) s . bl _tree [ REPZ _3 _10 * 2 ] ++ ; else s . bl _tree [ REPZ _11 _138 * 2 ] ++ ; count = 0 ; prevlen = curlen ; if ( nextlen === 0 ) { max _count = 138 ; min _count = 3 } else if ( curlen === nextlen ) { max _count = 6 ; min _count = 3 } else { max _count = 7 ; min _count = 4 } } } function send _tree ( s , tree , max _code ) { var n ; var prevlen = - 1 ; var curlen ; var nextlen = tree [ 0 * 2 + 1 ] ; var count = 0 ; var max _count = 7 ; var min _count = 4 ; if ( nextlen === 0 ) { max _count = 138 ; min _count = 3 } for ( n = 0 ; n <= max _code ; n ++ ) { curlen = nextlen ; nextlen = tree [ ( n + 1 ) * 2 + 1 ] ; if ( ++ count < max _count && curlen === nextlen ) continue ; else if ( count <
min _count ) { do send _code ( s , curlen , s . bl _tree ) ; while ( -- count !== 0 ) } else if ( curlen !== 0 ) { if ( curlen !== prevlen ) { send _code ( s , curlen , s . bl _tree ) ; count -- } send _code ( s , REP _3 _6 , s . bl _tree ) ; send _bits ( s , count - 3 , 2 ) } else if ( count <= 10 ) { send _code ( s , REPZ _3 _10 , s . bl _tree ) ; send _bits ( s , count - 3 , 3 ) } else { send _code ( s , REPZ _11 _138 , s . bl _tree ) ; send _bits ( s , count - 11 , 7 ) } count = 0 ; prevlen = curlen ; if ( nextlen === 0 ) { max _count = 138 ; min _count = 3 } else if ( curlen === nextlen ) { max _count = 6 ; min _count = 3 } else { max _count = 7 ; min _count = 4 } } } function build _bl _tree ( s ) { var max _blindex ;
scan _tree ( s , s . dyn _ltree , s . l _desc . max _code ) ; scan _tree ( s , s . dyn _dtree , s . d _desc . max _code ) ; build _tree ( s , s . bl _desc ) ; for ( max _blindex = BL _CODES - 1 ; max _blindex >= 3 ; max _blindex -- ) if ( s . bl _tree [ bl _order [ max _blindex ] * 2 + 1 ] !== 0 ) break ; s . opt _len += 3 * ( max _blindex + 1 ) + 5 + 5 + 4 ; return max _blindex } function send _all _trees ( s , lcodes , dcodes , blcodes ) { var rank ; send _bits ( s , lcodes - 257 , 5 ) ; send _bits ( s , dcodes - 1 , 5 ) ; send _bits ( s , blcodes - 4 , 4 ) ; for ( rank = 0 ; rank < blcodes ; rank ++ ) send _bits ( s , s . bl _tree [ bl _order [ rank ] * 2 + 1 ] , 3 ) ; send _tree ( s , s . dyn _ltree ,
lcodes - 1 ) ; send _tree ( s , s . dyn _dtree , dcodes - 1 ) } function detect _data _type ( s ) { var black _mask = 4093624447 ; var n ; for ( n = 0 ; n <= 31 ; n ++ , black _mask >>>= 1 ) if ( black _mask & 1 && s . dyn _ltree [ n * 2 ] !== 0 ) return Z _BINARY ; if ( s . dyn _ltree [ 9 * 2 ] !== 0 || s . dyn _ltree [ 10 * 2 ] !== 0 || s . dyn _ltree [ 13 * 2 ] !== 0 ) return Z _TEXT ; for ( n = 32 ; n < LITERALS ; n ++ ) if ( s . dyn _ltree [ n * 2 ] !== 0 ) return Z _TEXT ; return Z _BINARY } var static _init _done = false ; function _tr _init ( s ) { if ( ! static _init _done ) { tr _static _init ( ) ; static _init _done = true } s . l _desc = new TreeDesc ( s . dyn _ltree , static _l _desc ) ;
s . d _desc = new TreeDesc ( s . dyn _dtree , static _d _desc ) ; s . bl _desc = new TreeDesc ( s . bl _tree , static _bl _desc ) ; s . bi _buf = 0 ; s . bi _valid = 0 ; init _block ( s ) } function _tr _stored _block ( s , buf , stored _len , last ) { send _bits ( s , ( STORED _BLOCK << 1 ) + ( last ? 1 : 0 ) , 3 ) ; copy _block ( s , buf , stored _len , true ) } function _tr _align ( s ) { send _bits ( s , STATIC _TREES << 1 , 3 ) ; send _code ( s , END _BLOCK , static _ltree ) ; bi _flush ( s ) } function _tr _flush _block ( s , buf , stored _len , last ) { var opt _lenb , static _lenb ; var max _blindex = 0 ; if ( s . level > 0 ) { if ( s . strm . data _type === Z _UNKNOWN ) s . strm . data _type =
detect _data _type ( s ) ; build _tree ( s , s . l _desc ) ; build _tree ( s , s . d _desc ) ; max _blindex = build _bl _tree ( s ) ; opt _lenb = s . opt _len + 3 + 7 >>> 3 ; static _lenb = s . static _len + 3 + 7 >>> 3 ; if ( static _lenb <= opt _lenb ) opt _lenb = static _lenb } else opt _lenb = static _lenb = stored _len + 5 ; if ( stored _len + 4 <= opt _lenb && buf !== - 1 ) _tr _stored _block ( s , buf , stored _len , last ) ; else if ( s . strategy === Z _FIXED || static _lenb === opt _lenb ) { send _bits ( s , ( STATIC _TREES << 1 ) + ( last ? 1 : 0 ) , 3 ) ; compress _block ( s , static _ltree , static _dtree ) } else { send _bits ( s , ( DYN _TREES << 1 ) + ( last ? 1 : 0 ) ,
3 ) ; send _all _trees ( s , s . l _desc . max _code + 1 , s . d _desc . max _code + 1 , max _blindex + 1 ) ; compress _block ( s , s . dyn _ltree , s . dyn _dtree ) } init _block ( s ) ; if ( last ) bi _windup ( s ) } function _tr _tally ( s , dist , lc ) { s . pending _buf [ s . d _buf + s . last _lit * 2 ] = dist >>> 8 & 255 ; s . pending _buf [ s . d _buf + s . last _lit * 2 + 1 ] = dist & 255 ; s . pending _buf [ s . l _buf + s . last _lit ] = lc & 255 ; s . last _lit ++ ; if ( dist === 0 ) s . dyn _ltree [ lc * 2 ] ++ ; else { s . matches ++ ; dist -- ; s . dyn _ltree [ ( _length _code [ lc ] + LITERALS + 1 ) * 2 ] ++ ; s . dyn _dtree [ d _code ( dist ) * 2 ] ++ } return s . last _lit === s . lit _bufsize - 1 }
exports . _tr _init = _tr _init ; exports . _tr _stored _block = _tr _stored _block ; exports . _tr _flush _block = _tr _flush _block ; exports . _tr _tally = _tr _tally ; exports . _tr _align = _tr _align } , { "../utils/common" : 27 } ] , 39 : [ function ( _dereq _ , module , exports ) { function ZStream ( ) { this . input = null ; this . next _in = 0 ; this . avail _in = 0 ; this . total _in = 0 ; this . output = null ; this . next _out = 0 ; this . avail _out = 0 ; this . total _out = 0 ; this . msg = "" ; this . state = null ; this . data _type = 2 ; this . adler = 0 } module . exports = ZStream } , { } ] } , { } , [ 9 ] ) ( 9 ) } ) ;