2010-05-06 03:05:48 +02:00
/ * *
* Version : 1.0 Alpha - 1
* Build Date : 13 - Nov - 2007
* Copyright ( c ) 2006 - 2007 , Coolite Inc . ( http : //www.coolite.com/). All rights reserved.
* License : Licensed under The MIT License . See license . txt and http : //www.datejs.com/license/.
* Website : http : //www.datejs.com/ or http://www.coolite.com/datejs/
* /
2010-02-03 07:23:40 +01:00
Date . CultureInfo = { name : "en-US" , englishName : "English (United States)" , nativeName : "English (United States)" , dayNames : [ "Sunday" , "Monday" , "Tuesday" , "Wednesday" , "Thursday" , "Friday" , "Saturday" ] , abbreviatedDayNames : [ "Sun" , "Mon" , "Tue" , "Wed" , "Thu" , "Fri" , "Sat" ] , shortestDayNames : [ "Su" , "Mo" , "Tu" , "We" , "Th" , "Fr" , "Sa" ] , firstLetterDayNames : [ "S" , "M" , "T" , "W" , "T" , "F" , "S" ] , monthNames : [ "January" , "February" , "March" , "April" , "May" , "June" , "July" , "August" , "September" , "October" , "November" , "December" ] , abbreviatedMonthNames : [ "Jan" , "Feb" , "Mar" , "Apr" , "May" , "Jun" , "Jul" , "Aug" , "Sep" , "Oct" , "Nov" , "Dec" ] , amDesignator : "AM" , pmDesignator : "PM" , firstDayOfWeek : 0 , twoDigitYearMax : 2029 , dateElementOrder : "mdy" , formatPatterns : { shortDate : "M/d/yyyy" , longDate : "dddd, MMMM dd, yyyy" , shortTime : "h:mm tt" , longTime : "h:mm:ss tt" , fullDateTime : "dddd, MMMM dd, yyyy h:mm:ss tt" , sortableDateTime : "yyyy-MM-ddTHH:mm:ss" , universalSortableDateTime : "yyyy-MM-dd HH:mm:ssZ" , rfc1123 : "ddd, dd MMM yyyy HH:mm:ss GMT" , monthDay : "MMMM dd" , yearMonth : "MMMM, yyyy" } , regexPatterns : { jan : /^jan(uary)?/i , feb : /^feb(ruary)?/i , mar : /^mar(ch)?/i , apr : /^apr(il)?/i , may : /^may/i , jun : /^jun(e)?/i , jul : /^jul(y)?/i , aug : /^aug(ust)?/i , sep : /^sep(t(ember)?)?/i , oct : /^oct(ober)?/i , nov : /^nov(ember)?/i , dec : /^dec(ember)?/i , sun : /^su(n(day)?)?/i , mon : /^mo(n(day)?)?/i , tue : /^tu(e(s(day)?)?)?/i , wed : /^we(d(nesday)?)?/i , thu : /^th(u(r(s(day)?)?)?)?/i , fri : /^fr(i(day)?)?/i , sat : /^sa(t(urday)?)?/i , future : /^next/i , past : /^last|past|prev(ious)?/i , add : /^(\+|after|from)/i , subtract : /^(\-|before|ago)/i , yesterday : /^yesterday/i , today : /^t(oday)?/i , tomorrow : /^tomorrow/i , now : /^n(ow)?/i , millisecond : /^ms|milli(second)?s?/i , second : /^sec(ond)?s?/i , minute : /^min(ute)?s?/i , hour : /^h(ou)?rs?/i , week : /^w(ee)?k/i , month : /^m(o(nth)?s?)?/i , day : /^d(ays?)?/i , year : /^y((ea)?rs?)?/i , shortMeridian : /^(a|p)/i , longMeridian : /^(a\.?m?\.?|p\.?m?\.?)/i , timezone : /^((e(s|d)t|c(s|d)t|m(s|d)t|p(s|d)t)|((gmt)?\s*(\+|\-)\s*\d\d\d\d?)|gmt)/i , ordinalSuffix : /^\s*(st|nd|rd|th)/i , timeContext : /^\s*(\:|a|p)/i } , abbreviatedTimeZoneStandard : { GMT : "-000" , EST : "-0400" , CST : "-0500" , MST : "-0600" , PST : "-0700" } , abbreviatedTimeZoneDST : { GMT : "-000" , EDT : "-0500" , CDT : "-0600" , MDT : "-0700" , PDT : "-0800" } } ;
Date . getMonthNumberFromName = function ( name ) { var n = Date . CultureInfo . monthNames , m = Date . CultureInfo . abbreviatedMonthNames , s = name . toLowerCase ( ) ; for ( var i = 0 ; i < n . length ; i ++ ) { if ( n [ i ] . toLowerCase ( ) == s || m [ i ] . toLowerCase ( ) == s ) { return i ; } }
return - 1 ; } ; Date . getDayNumberFromName = function ( name ) { var n = Date . CultureInfo . dayNames , m = Date . CultureInfo . abbreviatedDayNames , o = Date . CultureInfo . shortestDayNames , s = name . toLowerCase ( ) ; for ( var i = 0 ; i < n . length ; i ++ ) { if ( n [ i ] . toLowerCase ( ) == s || m [ i ] . toLowerCase ( ) == s ) { return i ; } }
return - 1 ; } ; Date . isLeapYear = function ( year ) { return ( ( ( year % 4 === 0 ) && ( year % 100 !== 0 ) ) || ( year % 400 === 0 ) ) ; } ; Date . getDaysInMonth = function ( year , month ) { return [ 31 , ( Date . isLeapYear ( year ) ? 29 : 28 ) , 31 , 30 , 31 , 30 , 31 , 31 , 30 , 31 , 30 , 31 ] [ month ] ; } ; Date . getTimezoneOffset = function ( s , dst ) { return ( dst || false ) ? Date . CultureInfo . abbreviatedTimeZoneDST [ s . toUpperCase ( ) ] : Date . CultureInfo . abbreviatedTimeZoneStandard [ s . toUpperCase ( ) ] ; } ; Date . getTimezoneAbbreviation = function ( offset , dst ) { var n = ( dst || false ) ? Date . CultureInfo . abbreviatedTimeZoneDST : Date . CultureInfo . abbreviatedTimeZoneStandard , p ; for ( p in n ) { if ( n [ p ] === offset ) { return p ; } }
return null ; } ; Date . prototype . clone = function ( ) { return new Date ( this . getTime ( ) ) ; } ; Date . prototype . compareTo = function ( date ) { if ( isNaN ( this ) ) { throw new Error ( this ) ; }
if ( date instanceof Date && ! isNaN ( date ) ) { return ( this > date ) ? 1 : ( this < date ) ? - 1 : 0 ; } else { throw new TypeError ( date ) ; } } ; Date . prototype . equals = function ( date ) { return ( this . compareTo ( date ) === 0 ) ; } ; Date . prototype . between = function ( start , end ) { var t = this . getTime ( ) ; return t >= start . getTime ( ) && t <= end . getTime ( ) ; } ; Date . prototype . addMilliseconds = function ( value ) { this . setMilliseconds ( this . getMilliseconds ( ) + value ) ; return this ; } ; Date . prototype . addSeconds = function ( value ) { return this . addMilliseconds ( value * 1000 ) ; } ; Date . prototype . addMinutes = function ( value ) { return this . addMilliseconds ( value * 60000 ) ; } ; Date . prototype . addHours = function ( value ) { return this . addMilliseconds ( value * 3600000 ) ; } ; Date . prototype . addDays = function ( value ) { return this . addMilliseconds ( value * 86400000 ) ; } ; Date . prototype . addWeeks = function ( value ) { return this . addMilliseconds ( value * 604800000 ) ; } ; Date . prototype . addMonths = function ( value ) { var n = this . getDate ( ) ; this . setDate ( 1 ) ; this . setMonth ( this . getMonth ( ) + value ) ; this . setDate ( Math . min ( n , this . getDaysInMonth ( ) ) ) ; return this ; } ; Date . prototype . addYears = function ( value ) { return this . addMonths ( value * 12 ) ; } ; Date . prototype . add = function ( config ) { if ( typeof config == "number" ) { this . _orient = config ; return this ; }
var x = config ; if ( x . millisecond || x . milliseconds ) { this . addMilliseconds ( x . millisecond || x . milliseconds ) ; }
if ( x . second || x . seconds ) { this . addSeconds ( x . second || x . seconds ) ; }
if ( x . minute || x . minutes ) { this . addMinutes ( x . minute || x . minutes ) ; }
if ( x . hour || x . hours ) { this . addHours ( x . hour || x . hours ) ; }
if ( x . month || x . months ) { this . addMonths ( x . month || x . months ) ; }
if ( x . year || x . years ) { this . addYears ( x . year || x . years ) ; }
if ( x . day || x . days ) { this . addDays ( x . day || x . days ) ; }
return this ; } ; Date . _validate = function ( value , min , max , name ) { if ( typeof value != "number" ) { throw new TypeError ( value + " is not a Number." ) ; } else if ( value < min || value > max ) { throw new RangeError ( value + " is not a valid value for " + name + "." ) ; }
return true ; } ; Date . validateMillisecond = function ( n ) { return Date . _validate ( n , 0 , 999 , "milliseconds" ) ; } ; Date . validateSecond = function ( n ) { return Date . _validate ( n , 0 , 59 , "seconds" ) ; } ; Date . validateMinute = function ( n ) { return Date . _validate ( n , 0 , 59 , "minutes" ) ; } ; Date . validateHour = function ( n ) { return Date . _validate ( n , 0 , 23 , "hours" ) ; } ; Date . validateDay = function ( n , year , month ) { return Date . _validate ( n , 1 , Date . getDaysInMonth ( year , month ) , "days" ) ; } ; Date . validateMonth = function ( n ) { return Date . _validate ( n , 0 , 11 , "months" ) ; } ; Date . validateYear = function ( n ) { return Date . _validate ( n , 1 , 9999 , "seconds" ) ; } ; Date . prototype . set = function ( config ) { var x = config ; if ( ! x . millisecond && x . millisecond !== 0 ) { x . millisecond = - 1 ; }
if ( ! x . second && x . second !== 0 ) { x . second = - 1 ; }
if ( ! x . minute && x . minute !== 0 ) { x . minute = - 1 ; }
if ( ! x . hour && x . hour !== 0 ) { x . hour = - 1 ; }
if ( ! x . day && x . day !== 0 ) { x . day = - 1 ; }
if ( ! x . month && x . month !== 0 ) { x . month = - 1 ; }
if ( ! x . year && x . year !== 0 ) { x . year = - 1 ; }
if ( x . millisecond != - 1 && Date . validateMillisecond ( x . millisecond ) ) { this . addMilliseconds ( x . millisecond - this . getMilliseconds ( ) ) ; }
if ( x . second != - 1 && Date . validateSecond ( x . second ) ) { this . addSeconds ( x . second - this . getSeconds ( ) ) ; }
if ( x . minute != - 1 && Date . validateMinute ( x . minute ) ) { this . addMinutes ( x . minute - this . getMinutes ( ) ) ; }
if ( x . hour != - 1 && Date . validateHour ( x . hour ) ) { this . addHours ( x . hour - this . getHours ( ) ) ; }
if ( x . month !== - 1 && Date . validateMonth ( x . month ) ) { this . addMonths ( x . month - this . getMonth ( ) ) ; }
if ( x . year != - 1 && Date . validateYear ( x . year ) ) { this . addYears ( x . year - this . getFullYear ( ) ) ; }
if ( x . day != - 1 && Date . validateDay ( x . day , this . getFullYear ( ) , this . getMonth ( ) ) ) { this . addDays ( x . day - this . getDate ( ) ) ; }
if ( x . timezone ) { this . setTimezone ( x . timezone ) ; }
if ( x . timezoneOffset ) { this . setTimezoneOffset ( x . timezoneOffset ) ; }
return this ; } ; Date . prototype . clearTime = function ( ) { this . setHours ( 0 ) ; this . setMinutes ( 0 ) ; this . setSeconds ( 0 ) ; this . setMilliseconds ( 0 ) ; return this ; } ; Date . prototype . isLeapYear = function ( ) { var y = this . getFullYear ( ) ; return ( ( ( y % 4 === 0 ) && ( y % 100 !== 0 ) ) || ( y % 400 === 0 ) ) ; } ; Date . prototype . isWeekday = function ( ) { return ! ( this . is ( ) . sat ( ) || this . is ( ) . sun ( ) ) ; } ; Date . prototype . getDaysInMonth = function ( ) { return Date . getDaysInMonth ( this . getFullYear ( ) , this . getMonth ( ) ) ; } ; Date . prototype . moveToFirstDayOfMonth = function ( ) { return this . set ( { day : 1 } ) ; } ; Date . prototype . moveToLastDayOfMonth = function ( ) { return this . set ( { day : this . getDaysInMonth ( ) } ) ; } ; Date . prototype . moveToDayOfWeek = function ( day , orient ) { var diff = ( day - this . getDay ( ) + 7 * ( orient || + 1 ) ) % 7 ; return this . addDays ( ( diff === 0 ) ? diff += 7 * ( orient || + 1 ) : diff ) ; } ; Date . prototype . moveToMonth = function ( month , orient ) { var diff = ( month - this . getMonth ( ) + 12 * ( orient || + 1 ) ) % 12 ; return this . addMonths ( ( diff === 0 ) ? diff += 12 * ( orient || + 1 ) : diff ) ; } ; Date . prototype . getDayOfYear = function ( ) { return Math . floor ( ( this - new Date ( this . getFullYear ( ) , 0 , 1 ) ) / 86400000 ) ; } ; Date . prototype . getWeekOfYear = function ( firstDayOfWeek ) { var y = this . getFullYear ( ) , m = this . getMonth ( ) , d = this . getDate ( ) ; var dow = firstDayOfWeek || Date . CultureInfo . firstDayOfWeek ; var offset = 7 + 1 - new Date ( y , 0 , 1 ) . getDay ( ) ; if ( offset == 8 ) { offset = 1 ; }
var daynum = ( ( Date . UTC ( y , m , d , 0 , 0 , 0 ) - Date . UTC ( y , 0 , 1 , 0 , 0 , 0 ) ) / 86400000 ) + 1 ; var w = Math . floor ( ( daynum - offset + 7 ) / 7 ) ; if ( w === dow ) { y -- ; var prevOffset = 7 + 1 - new Date ( y , 0 , 1 ) . getDay ( ) ; if ( prevOffset == 2 || prevOffset == 8 ) { w = 53 ; } else { w = 52 ; } }
return w ; } ; Date . prototype . isDST = function ( ) { console . log ( 'isDST' ) ; return this . toString ( ) . match ( /(E|C|M|P)(S|D)T/ ) [ 2 ] == "D" ; } ; Date . prototype . getTimezone = function ( ) { return Date . getTimezoneAbbreviation ( this . getUTCOffset , this . isDST ( ) ) ; } ; Date . prototype . setTimezoneOffset = function ( s ) { var here = this . getTimezoneOffset ( ) , there = Number ( s ) * - 6 / 10 ; this . addMinutes ( there - here ) ; return this ; } ; Date . prototype . setTimezone = function ( s ) { return this . setTimezoneOffset ( Date . getTimezoneOffset ( s ) ) ; } ; Date . prototype . getUTCOffset = function ( ) { var n = this . getTimezoneOffset ( ) * - 10 / 6 , r ; if ( n < 0 ) { r = ( n - 10000 ) . toString ( ) ; return r [ 0 ] + r . substr ( 2 ) ; } else { r = ( n + 10000 ) . toString ( ) ; return "+" + r . substr ( 1 ) ; } } ; Date . prototype . getDayName = function ( abbrev ) { return abbrev ? Date . CultureInfo . abbreviatedDayNames [ this . getDay ( ) ] : Date . CultureInfo . dayNames [ this . getDay ( ) ] ; } ; Date . prototype . getMonthName = function ( abbrev ) { return abbrev ? Date . CultureInfo . abbreviatedMonthNames [ this . getMonth ( ) ] : Date . CultureInfo . monthNames [ this . getMonth ( ) ] ; } ; Date . prototype . _toString = Date . prototype . toString ; Date . prototype . toString = function ( format ) { var self = this ; var p = function p ( s ) { return ( s . toString ( ) . length == 1 ) ? "0" + s : s ; } ; return format ? format . replace ( /dd?d?d?|MM?M?M?|yy?y?y?|hh?|HH?|mm?|ss?|tt?|zz?z?/g , function ( format ) { switch ( format ) { case "hh" : return p ( self . getHours ( ) < 13 ? self . getHours ( ) : ( self . getHours ( ) - 12 ) ) ; case "h" : return self . getHours ( ) < 13 ? self . getHours ( ) : ( self . getHours ( ) - 12 ) ; case "HH" : return p ( self . getHours ( ) ) ; case "H" : return self . getHours ( ) ; case "mm" : return p ( self . getMinutes ( ) ) ; case "m" : return self . getMinutes ( ) ; case "ss" : return p ( self . getSeconds ( ) ) ; case "s" : return self . getSeconds ( ) ; case "yyyy" : return self . getFullYear ( ) ; case "yy" : return self . getFullYear ( ) . toString ( ) . substring ( 2 , 4 ) ; case "dddd" : return self . getDayName ( ) ; case "ddd" : return self . getDayName ( true ) ; case "dd" : return p ( self . getDate ( ) ) ; case "d" : return self . getDate ( ) . toString ( ) ; case "MMMM" : return self . getMonthName ( ) ; case "MMM" : return self . getMonthName ( true ) ; case "MM" : return p ( ( self . getMonth ( ) + 1 ) ) ; case "M" : return self . getMonth ( ) + 1 ; case "t" : return self . getHours ( ) < 12 ? Date . CultureInfo . amDesignator . substring ( 0 , 1 ) : Date . CultureInfo . pmDesignator . substring ( 0 , 1 ) ; case "tt" : return self . getHours ( ) < 12 ? Date . CultureInfo . amDesignator : Date . CultureInfo . pmDesignator ; case "zzz" : case "zz" : case "z" : return "" ; } } ) : this . _toString ( ) ; } ;
Date . now = function ( ) { return new Date ( ) ; } ; Date . today = function ( ) { return Date . now ( ) . clearTime ( ) ; } ; Date . prototype . _orient = + 1 ; Date . prototype . next = function ( ) { this . _orient = + 1 ; return this ; } ; Date . prototype . last = Date . prototype . prev = Date . prototype . previous = function ( ) { this . _orient = - 1 ; return this ; } ; Date . prototype . _is = false ; Date . prototype . is = function ( ) { this . _is = true ; return this ; } ; Number . prototype . _dateElement = "day" ; Number . prototype . fromNow = function ( ) { var c = { } ; c [ this . _dateElement ] = this ; return Date . now ( ) . add ( c ) ; } ; Number . prototype . ago = function ( ) { var c = { } ; c [ this . _dateElement ] = this * - 1 ; return Date . now ( ) . add ( c ) ; } ; ( function ( ) { var $D = Date . prototype , $N = Number . prototype ; var dx = ( "sunday monday tuesday wednesday thursday friday saturday" ) . split ( /\s/ ) , mx = ( "january february march april may june july august september october november december" ) . split ( /\s/ ) , px = ( "Millisecond Second Minute Hour Day Week Month Year" ) . split ( /\s/ ) , de ; var df = function ( n ) { return function ( ) { if ( this . _is ) { this . _is = false ; return this . getDay ( ) == n ; }
return this . moveToDayOfWeek ( n , this . _orient ) ; } ; } ; for ( var i = 0 ; i < dx . length ; i ++ ) { $D [ dx [ i ] ] = $D [ dx [ i ] . substring ( 0 , 3 ) ] = df ( i ) ; }
var mf = function ( n ) { return function ( ) { if ( this . _is ) { this . _is = false ; return this . getMonth ( ) === n ; }
return this . moveToMonth ( n , this . _orient ) ; } ; } ; for ( var j = 0 ; j < mx . length ; j ++ ) { $D [ mx [ j ] ] = $D [ mx [ j ] . substring ( 0 , 3 ) ] = mf ( j ) ; }
var ef = function ( j ) { return function ( ) { if ( j . substring ( j . length - 1 ) != "s" ) { j += "s" ; }
return this [ "add" + j ] ( this . _orient ) ; } ; } ; var nf = function ( n ) { return function ( ) { this . _dateElement = n ; return this ; } ; } ; for ( var k = 0 ; k < px . length ; k ++ ) { de = px [ k ] . toLowerCase ( ) ; $D [ de ] = $D [ de + "s" ] = ef ( px [ k ] ) ; $N [ de ] = $N [ de + "s" ] = nf ( de ) ; } } ( ) ) ; Date . prototype . toJSONString = function ( ) { return this . toString ( "yyyy-MM-ddThh:mm:ssZ" ) ; } ; Date . prototype . toShortDateString = function ( ) { return this . toString ( Date . CultureInfo . formatPatterns . shortDatePattern ) ; } ; Date . prototype . toLongDateString = function ( ) { return this . toString ( Date . CultureInfo . formatPatterns . longDatePattern ) ; } ; Date . prototype . toShortTimeString = function ( ) { return this . toString ( Date . CultureInfo . formatPatterns . shortTimePattern ) ; } ; Date . prototype . toLongTimeString = function ( ) { return this . toString ( Date . CultureInfo . formatPatterns . longTimePattern ) ; } ; Date . prototype . getOrdinal = function ( ) { switch ( this . getDate ( ) ) { case 1 : case 21 : case 31 : return "st" ; case 2 : case 22 : return "nd" ; case 3 : case 23 : return "rd" ; default : return "th" ; } } ;
( function ( ) { Date . Parsing = { Exception : function ( s ) { this . message = "Parse error at '" + s . substring ( 0 , 10 ) + " ...'" ; } } ; var $P = Date . Parsing ; var _ = $P . Operators = { rtoken : function ( r ) { return function ( s ) { var mx = s . match ( r ) ; if ( mx ) { return ( [ mx [ 0 ] , s . substring ( mx [ 0 ] . length ) ] ) ; } else { throw new $P . Exception ( s ) ; } } ; } , token : function ( s ) { return function ( s ) { return _ . rtoken ( new RegExp ( "^\s*" + s + "\s*" ) ) ( s ) ; } ; } , stoken : function ( s ) { return _ . rtoken ( new RegExp ( "^" + s ) ) ; } , until : function ( p ) { return function ( s ) { var qx = [ ] , rx = null ; while ( s . length ) { try { rx = p . call ( this , s ) ; } catch ( e ) { qx . push ( rx [ 0 ] ) ; s = rx [ 1 ] ; continue ; }
break ; }
return [ qx , s ] ; } ; } , many : function ( p ) { return function ( s ) { var rx = [ ] , r = null ; while ( s . length ) { try { r = p . call ( this , s ) ; } catch ( e ) { return [ rx , s ] ; }
rx . push ( r [ 0 ] ) ; s = r [ 1 ] ; }
return [ rx , s ] ; } ; } , optional : function ( p ) { return function ( s ) { var r = null ; try { r = p . call ( this , s ) ; } catch ( e ) { return [ null , s ] ; }
return [ r [ 0 ] , r [ 1 ] ] ; } ; } , not : function ( p ) { return function ( s ) { try { p . call ( this , s ) ; } catch ( e ) { return [ null , s ] ; }
throw new $P . Exception ( s ) ; } ; } , ignore : function ( p ) { return p ? function ( s ) { var r = null ; r = p . call ( this , s ) ; return [ null , r [ 1 ] ] ; } : null ; } , product : function ( ) { var px = arguments [ 0 ] , qx = Array . prototype . slice . call ( arguments , 1 ) , rx = [ ] ; for ( var i = 0 ; i < px . length ; i ++ ) { rx . push ( _ . each ( px [ i ] , qx ) ) ; }
return rx ; } , cache : function ( rule ) { var cache = { } , r = null ; return function ( s ) { try { r = cache [ s ] = ( cache [ s ] || rule . call ( this , s ) ) ; } catch ( e ) { r = cache [ s ] = e ; }
if ( r instanceof $P . Exception ) { throw r ; } else { return r ; } } ; } , any : function ( ) { var px = arguments ; return function ( s ) { var r = null ; for ( var i = 0 ; i < px . length ; i ++ ) { if ( px [ i ] == null ) { continue ; }
try { r = ( px [ i ] . call ( this , s ) ) ; } catch ( e ) { r = null ; }
if ( r ) { return r ; } }
throw new $P . Exception ( s ) ; } ; } , each : function ( ) { var px = arguments ; return function ( s ) { var rx = [ ] , r = null ; for ( var i = 0 ; i < px . length ; i ++ ) { if ( px [ i ] == null ) { continue ; }
try { r = ( px [ i ] . call ( this , s ) ) ; } catch ( e ) { throw new $P . Exception ( s ) ; }
rx . push ( r [ 0 ] ) ; s = r [ 1 ] ; }
return [ rx , s ] ; } ; } , all : function ( ) { var px = arguments , _ = _ ; return _ . each ( _ . optional ( px ) ) ; } , sequence : function ( px , d , c ) { d = d || _ . rtoken ( /^\s*/ ) ; c = c || null ; if ( px . length == 1 ) { return px [ 0 ] ; }
return function ( s ) { var r = null , q = null ; var rx = [ ] ; for ( var i = 0 ; i < px . length ; i ++ ) { try { r = px [ i ] . call ( this , s ) ; } catch ( e ) { break ; }
rx . push ( r [ 0 ] ) ; try { q = d . call ( this , r [ 1 ] ) ; } catch ( ex ) { q = null ; break ; }
s = q [ 1 ] ; }
if ( ! r ) { throw new $P . Exception ( s ) ; }
if ( q ) { throw new $P . Exception ( q [ 1 ] ) ; }
if ( c ) { try { r = c . call ( this , r [ 1 ] ) ; } catch ( ey ) { throw new $P . Exception ( r [ 1 ] ) ; } }
return [ rx , ( r ? r [ 1 ] : s ) ] ; } ; } , between : function ( d1 , p , d2 ) { d2 = d2 || d1 ; var _fn = _ . each ( _ . ignore ( d1 ) , p , _ . ignore ( d2 ) ) ; return function ( s ) { var rx = _fn . call ( this , s ) ; return [ [ rx [ 0 ] [ 0 ] , r [ 0 ] [ 2 ] ] , rx [ 1 ] ] ; } ; } , list : function ( p , d , c ) { d = d || _ . rtoken ( /^\s*/ ) ; c = c || null ; return ( p instanceof Array ? _ . each ( _ . product ( p . slice ( 0 , - 1 ) , _ . ignore ( d ) ) , p . slice ( - 1 ) , _ . ignore ( c ) ) : _ . each ( _ . many ( _ . each ( p , _ . ignore ( d ) ) ) , px , _ . ignore ( c ) ) ) ; } , set : function ( px , d , c ) { d = d || _ . rtoken ( /^\s*/ ) ; c = c || null ; return function ( s ) { var r = null , p = null , q = null , rx = null , best = [ [ ] , s ] , last = false ; for ( var i = 0 ; i < px . length ; i ++ ) { q = null ; p = null ; r = null ; last = ( px . length == 1 ) ; try { r = px [ i ] . call ( this , s ) ; } catch ( e ) { continue ; }
rx = [ [ r [ 0 ] ] , r [ 1 ] ] ; if ( r [ 1 ] . length > 0 && ! last ) { try { q = d . call ( this , r [ 1 ] ) ; } catch ( ex ) { last = true ; } } else { last = true ; }
if ( ! last && q [ 1 ] . length === 0 ) { last = true ; }
if ( ! last ) { var qx = [ ] ; for ( var j = 0 ; j < px . length ; j ++ ) { if ( i != j ) { qx . push ( px [ j ] ) ; } }
p = _ . set ( qx , d ) . call ( this , q [ 1 ] ) ; if ( p [ 0 ] . length > 0 ) { rx [ 0 ] = rx [ 0 ] . concat ( p [ 0 ] ) ; rx [ 1 ] = p [ 1 ] ; } }
if ( rx [ 1 ] . length < best [ 1 ] . length ) { best = rx ; }
if ( best [ 1 ] . length === 0 ) { break ; } }
if ( best [ 0 ] . length === 0 ) { return best ; }
if ( c ) { try { q = c . call ( this , best [ 1 ] ) ; } catch ( ey ) { throw new $P . Exception ( best [ 1 ] ) ; }
best [ 1 ] = q [ 1 ] ; }
return best ; } ; } , forward : function ( gr , fname ) { return function ( s ) { return gr [ fname ] . call ( this , s ) ; } ; } , replace : function ( rule , repl ) { return function ( s ) { var r = rule . call ( this , s ) ; return [ repl , r [ 1 ] ] ; } ; } , process : function ( rule , fn ) { return function ( s ) { var r = rule . call ( this , s ) ; return [ fn . call ( this , r [ 0 ] ) , r [ 1 ] ] ; } ; } , min : function ( min , rule ) { return function ( s ) { var rx = rule . call ( this , s ) ; if ( rx [ 0 ] . length < min ) { throw new $P . Exception ( s ) ; }
return rx ; } ; } } ; var _generator = function ( op ) { return function ( ) { var args = null , rx = [ ] ; if ( arguments . length > 1 ) { args = Array . prototype . slice . call ( arguments ) ; } else if ( arguments [ 0 ] instanceof Array ) { args = arguments [ 0 ] ; }
if ( args ) { for ( var i = 0 , px = args . shift ( ) ; i < px . length ; i ++ ) { args . unshift ( px [ i ] ) ; rx . push ( op . apply ( null , args ) ) ; args . shift ( ) ; return rx ; } } else { return op . apply ( null , arguments ) ; } } ; } ; var gx = "optional not ignore cache" . split ( /\s/ ) ; for ( var i = 0 ; i < gx . length ; i ++ ) { _ [ gx [ i ] ] = _generator ( _ [ gx [ i ] ] ) ; }
var _vector = function ( op ) { return function ( ) { if ( arguments [ 0 ] instanceof Array ) { return op . apply ( null , arguments [ 0 ] ) ; } else { return op . apply ( null , arguments ) ; } } ; } ; var vx = "each any all" . split ( /\s/ ) ; for ( var j = 0 ; j < vx . length ; j ++ ) { _ [ vx [ j ] ] = _vector ( _ [ vx [ j ] ] ) ; } } ( ) ) ; ( function ( ) { var flattenAndCompact = function ( ax ) { var rx = [ ] ; for ( var i = 0 ; i < ax . length ; i ++ ) { if ( ax [ i ] instanceof Array ) { rx = rx . concat ( flattenAndCompact ( ax [ i ] ) ) ; } else { if ( ax [ i ] ) { rx . push ( ax [ i ] ) ; } } }
return rx ; } ; Date . Grammar = { } ; Date . Translator = { hour : function ( s ) { return function ( ) { this . hour = Number ( s ) ; } ; } , minute : function ( s ) { return function ( ) { this . minute = Number ( s ) ; } ; } , second : function ( s ) { return function ( ) { this . second = Number ( s ) ; } ; } , meridian : function ( s ) { return function ( ) { this . meridian = s . slice ( 0 , 1 ) . toLowerCase ( ) ; } ; } , timezone : function ( s ) { return function ( ) { var n = s . replace ( /[^\d\+\-]/g , "" ) ; if ( n . length ) { this . timezoneOffset = Number ( n ) ; } else { this . timezone = s . toLowerCase ( ) ; } } ; } , day : function ( x ) { var s = x [ 0 ] ; return function ( ) { this . day = Number ( s . match ( /\d+/ ) [ 0 ] ) ; } ; } , month : function ( s ) { return function ( ) { this . month = ( ( s . length == 3 ) ? Date . getMonthNumberFromName ( s ) : ( Number ( s ) - 1 ) ) ; } ; } , year : function ( s ) { return function ( ) { var n = Number ( s ) ; this . year = ( ( s . length > 2 ) ? n : ( n + ( ( ( n + 2000 ) < Date . CultureInfo . twoDigitYearMax ) ? 2000 : 1900 ) ) ) ; } ; } , rday : function ( s ) { return function ( ) { switch ( s ) { case "yesterday" : this . days = - 1 ; break ; case "tomorrow" : this . days = 1 ; break ; case "today" : this . days = 0 ; break ; case "now" : this . days = 0 ; this . now = true ; break ; } } ; } , finishExact : function ( x ) { x = ( x instanceof Array ) ? x : [ x ] ; var now = new Date ( ) ; this . year = now . getFullYear ( ) ; this . month = now . getMonth ( ) ; this . day = 1 ; this . hour = 0 ; this . minute = 0 ; this . second = 0 ; for ( var i = 0 ; i < x . length ; i ++ ) { if ( x [ i ] ) { x [ i ] . call ( this ) ; } }
this . hour = ( this . meridian == "p" && this . hour < 13 ) ? this . hour + 12 : this . hour ; if ( this . day > Date . getDaysInMonth ( this . year , this . month ) ) { throw new RangeError ( this . day + " is not a valid value for days." ) ; }
var r = new Date ( this . year , this . month , this . day , this . hour , this . minute , this . second ) ; if ( this . timezone ) { r . set ( { timezone : this . timezone } ) ; } else if ( this . timezoneOffset ) { r . set ( { timezoneOffset : this . timezoneOffset } ) ; }
return r ; } , finish : function ( x ) { x = ( x instanceof Array ) ? flattenAndCompact ( x ) : [ x ] ; if ( x . length === 0 ) { return null ; }
for ( var i = 0 ; i < x . length ; i ++ ) { if ( typeof x [ i ] == "function" ) { x [ i ] . call ( this ) ; } }
if ( this . now ) { return new Date ( ) ; }
var today = Date . today ( ) ; var method = null ; var expression = ! ! ( this . days != null || this . orient || this . operator ) ; if ( expression ) { var gap , mod , orient ; orient = ( ( this . orient == "past" || this . operator == "subtract" ) ? - 1 : 1 ) ; if ( this . weekday ) { this . unit = "day" ; gap = ( Date . getDayNumberFromName ( this . weekday ) - today . getDay ( ) ) ; mod = 7 ; this . days = gap ? ( ( gap + ( orient * mod ) ) % mod ) : ( orient * mod ) ; }
if ( this . month ) { this . unit = "month" ; gap = ( this . month - today . getMonth ( ) ) ; mod = 12 ; this . months = gap ? ( ( gap + ( orient * mod ) ) % mod ) : ( orient * mod ) ; this . month = null ; }
if ( ! this . unit ) { this . unit = "day" ; }
if ( this [ this . unit + "s" ] == null || this . operator != null ) { if ( ! this . value ) { this . value = 1 ; }
if ( this . unit == "week" ) { this . unit = "day" ; this . value = this . value * 7 ; }
this [ this . unit + "s" ] = this . value * orient ; }
return today . add ( this ) ; } else { if ( this . meridian && this . hour ) { this . hour = ( this . hour < 13 && this . meridian == "p" ) ? this . hour + 12 : this . hour ; }
if ( this . weekday && ! this . day ) { this . day = ( t oday . addDays ( ( Date . getDayNumberFromName ( this . weekday ) - today . getDay ( ) ) ) ) . getDate ( ) ; }
if ( this . month && ! this . day ) { this . day = 1 ; }
return today . set ( this ) ; } } } ; var _ = Date . Parsing . Operators , g = Date . Grammar , t = Date . Translator , _fn ; g . datePartDelimiter = _ . rtoken ( /^([\s\-\.\,\/\x27]+)/ ) ; g . timePartDelimiter = _ . stoken ( ":" ) ; g . whiteSpace = _ . rtoken ( /^\s*/ ) ; g . generalDelimiter = _ . rtoken ( /^(([\s\,]|at|on)+)/ ) ; var _C = { } ; g . ctoken = function ( keys ) { var fn = _C [ keys ] ; if ( ! fn ) { var c = Date . CultureInfo . regexPatterns ; var kx = keys . split ( /\s+/ ) , px = [ ] ; for ( var i = 0 ; i < kx . length ; i ++ ) { px . push ( _ . replace ( _ . rtoken ( c [ kx [ i ] ] ) , kx [ i ] ) ) ; }
fn = _C [ keys ] = _ . any . apply ( null , px ) ; }
return fn ; } ; g . ctoken2 = function ( key ) { return _ . rtoken ( Date . CultureInfo . regexPatterns [ key ] ) ; } ; g . h = _ . cache ( _ . process ( _ . rtoken ( /^(0[0-9]|1[0-2]|[1-9])/ ) , t . hour ) ) ; g . hh = _ . cache ( _ . process ( _ . rtoken ( /^(0[0-9]|1[0-2])/ ) , t . hour ) ) ; g . H = _ . cache ( _ . process ( _ . rtoken ( /^([0-1][0-9]|2[0-3]|[0-9])/ ) , t . hour ) ) ; g . HH = _ . cache ( _ . process ( _ . rtoken ( /^([0-1][0-9]|2[0-3])/ ) , t . hour ) ) ; g . m = _ . cache ( _ . process ( _ . rtoken ( /^([0-5][0-9]|[0-9])/ ) , t . minute ) ) ; g . mm = _ . cache ( _ . process ( _ . rtoken ( /^[0-5][0-9]/ ) , t . minute ) ) ; g . s = _ . cache ( _ . process ( _ . rtoken ( /^([0-5][0-9]|[0-9])/ ) , t . second ) ) ; g . ss = _ . cache ( _ . process ( _ . rtoken ( /^[0-5][0-9]/ ) , t . second ) ) ; g . hms = _ . cache ( _ . sequence ( [ g . H , g . mm , g . ss ] , g . timePartDelimiter ) ) ; g . t = _ . cache ( _ . process ( g . ctoken2 ( "shortMeridian" ) , t . meridian ) ) ; g . tt = _ . cache ( _ . process ( g . ctoken2 ( "longMeridian" ) , t . meridian ) ) ; g . z = _ . cache ( _ . process ( _ . rtoken ( /^(\+|\-)?\s*\d\d\d\d?/ ) , t . timezone ) ) ; g . zz = _ . cache ( _ . process ( _ . rtoken ( /^(\+|\-)\s*\d\d\d\d/ ) , t . timezone ) ) ; g . zzz = _ . cache ( _ . process ( g . ctoken2 ( "timezone" ) , t . timezone ) ) ; g . timeSuffix = _ . each ( _ . ignore ( g . whiteSpace ) , _ . set ( [ g . tt , g . zzz ] ) ) ; g . time = _ . each ( _ . optional ( _ . ignore ( _ . stoken ( "T" ) ) ) , g . hms , g . timeSuffix ) ; g . d = _ . cache ( _ . process ( _ . each ( _ . rtoken ( /^([0-2]\d|3[0-1]|\d)/ ) , _ . optional ( g . ctoken2 ( "ordinalSuffix" ) ) ) , t . day ) ) ; g . dd = _ . cache ( _ . process ( _ . each ( _ . rtoken ( /^([0-2]\d|3[0-1])/ ) , _ . optional ( g . ctoken2 ( "ordinalSuffix" ) ) ) , t . day ) ) ; g . ddd = g . dddd = _ . cache ( _ . process ( g . ctoken ( "sun mon tue wed thu fri sat" ) , function ( s ) { return function ( ) { this . weekday = s ; } ; } ) ) ; g . M = _ . cache ( _ . process ( _ . rtoken ( /^(1[0-2]|0\d|\d)/ ) , t . month ) ) ; g . MM = _ . cache ( _ . process ( _ . rtoken ( /^(1[0-2]|0\d)/ ) , t . month ) ) ; g . MMM = g . MMMM = _ . cache ( _ . process ( g . ctoken ( "jan feb mar apr may jun jul aug sep oct nov dec" ) , t . month ) ) ; g . y = _ . cache ( _ . process ( _ . rtoken ( /^(\d\d?)/ ) , t . year ) ) ; g . yy = _ . cache ( _ . process ( _ . rtoken ( /^(\d\d)/ ) , t . year ) ) ; g . yyy = _ . cache ( _ . process ( _ . rtoken ( /^(\d\d?\d?\d?)/ ) , t . year ) ) ; g . yyyy = _ . cache ( _ . process ( _ . rtoken ( /^(\d\d\d\d)/ ) , t . year ) ) ; _fn = function ( ) { return _ . each ( _ . any . apply ( null , arguments ) , _ . not ( g . ctoken2 ( "timeContext" ) ) ) ; } ; g . day = _fn ( g . d , g . dd ) ; g . month = _fn ( g . M , g . MMM ) ; g . year = _fn ( g . yyyy , g . yy ) ; g . orientation = _ . process ( g . ctoken ( "past future" ) , function ( s ) { return function ( ) { this . orient = s ; } ; } ) ; g . operator = _ . process ( g . ctoken ( "add subtract" ) , function ( s ) { return function ( ) { this . operator = s ; } ; } ) ; g . rday = _ . process ( g . ctoken ( "yesterday tomorrow today now" ) , t . rday ) ; g . unit = _ . process ( g . ctoken ( "minute hour day week month year" ) , function ( s ) { return function ( ) { this . unit = s ; } ; } ) ; g . value = _ . process ( _ . rtoken ( /^\d\d?(st|nd|rd|th)?/ ) , function ( s ) { return function ( ) { this . value = s . replace ( /\D/g , "" ) ; } ; } ) ; g . expression = _ . set ( [ g . rday , g . operator , g . value , g . unit , g . orientation , g . ddd , g . MMM ] ) ; _fn = function ( ) { return _ . set ( arguments , g . datePartDelimiter ) ; } ; g . mdy = _fn ( g . ddd , g . month , g . day , g . year ) ; g . ymd = _fn ( g . ddd , g . year , g . month , g . day ) ; g . dmy = _fn ( g . ddd , g . day , g . month , g . year ) ; g . date = function ( s ) { return ( ( g [ Date . CultureInfo . dateElementOrder ] || g . mdy ) . call ( this , s ) ) ; } ; g . format = _ . process ( _ . many ( _ . any ( _ . process ( _ . rtoken ( /^(dd?d?d?|MM?M?M?|yy?y?y?|hh?|HH?|mm?|ss?|tt?|zz?z?)/ ) , function ( fmt ) { if ( g [ fmt ] ) { return g [ fmt ] ; } else { throw Date . Parsing . Exception ( fmt ) ; } } ) , _ . process ( _ . rtoken ( /^[^dMyhHmstz]+/ ) , function ( s ) { return _ . ignore ( _ . stoken ( s ) ) ; } ) ) ) , function ( rules ) { return _ . process ( _ . each . apply ( null , rules ) , t . finishExact ) ; } ) ; var _F = { } ; var _get = function ( f ) { return _F [ f ] = ( _F [ f ] || g . format ( f ) [ 0 ] ) ; } ; g . formats = function ( fx ) { if ( fx instanceof Array ) { var rx = [ ] ; for ( var i = 0 ; i < fx . length ; i ++ ) { rx . push ( _get ( fx [ i ] ) ) ; }
return _ . any . apply ( null , rx ) ; } else { return _get ( fx ) ; } } ; g . _formats = g . formats ( [ "yyyy-MM-ddTHH:mm:ss" , "ddd, MMM dd, yyyy H:mm:ss tt" , "ddd MMM d yyyy HH:mm:ss zzz" , "d" ] ) ; g . _start = _ . process ( _ . set ( [ g . date , g . time , g . expression ] , g . generalDelimiter , g . whiteSpace ) , t . finish ) ; g . start = function ( s ) { try { var r = g . _formats . call ( { } , s ) ; if ( r [ 1 ] . length === 0 ) { return r ; } } catch ( e ) { }
return g . _start . call ( { } , s ) ; } ; } ( ) ) ; Date . _parse = Date . parse ; Date . parse = function ( s ) { var r = null ; if ( ! s ) { return null ; }
try { r = Date . Grammar . start . call ( { } , s ) ; } catch ( e ) { return null ; }
return ( ( r [ 1 ] . length === 0 ) ? r [ 0 ] : null ) ; } ; Date . getParseFunction = function ( fx ) { var fn = Date . Grammar . formats ( fx ) ; return function ( s ) { var r = null ; try { r = fn . call ( { } , s ) ; } catch ( e ) { return null ; }
2010-05-06 03:05:48 +02:00
return ( ( r [ 1 ] . length === 0 ) ? r [ 0 ] : null ) ; } ; } ; Date . parseExact = function ( s , fx ) { return Date . getParseFunction ( fx ) ( s ) ; } ;