};\r
\r
// セレクター\r
- X.Doc.find = X_shortcutFunction = Node.prototype.find = X_NodeList.prototype.find = function ( queryString ){\r
+ X[ 'Doc' ][ 'find' ] = X_shortcutFunction = Node.prototype[ 'find' ] = X_NodeList.prototype[ 'find' ] = function ( queryString ){\r
var HTML = X_Node_html,\r
scope = this.constructor === X_NodeList && this.length ? this : [ this.constructor === Node ? this : X_Node_body ],\r
parents = scope, // 探索元の親要素 XNodeList の場合あり\r
links, className, attr, flag;\r
\r
/*@+debug[*/\r
- if( X_ViewPort_readyState < X_Event.XDOM_READY ){\r
- alert( 'not ready! use X.ViewPort.listenOnce( X_Event.XDOM_READY, callback )' );\r
+ if( X_ViewPort_readyState < X_EVENT_XDOM_READY ){\r
+ alert( 'not ready! use X.ViewPort.listenOnce( X_EVENT_XDOM_READY, callback )' );\r
return;\r
};\r
/*]@+debug*/\r
// > TagName|*\r
case 2 :\r
for( ; i < l; ++i ){\r
- for( xnode = parents[ i ].firstChild(); xnode; xnode = xnode.next() ){\r
- if( xnode._tag && ( isAll || tagName === xnode._tag ) ) xnodes[ ++n ] = xnode;\r
+ for( xnode = parents[ i ][ 'firstChild' ](); xnode; xnode = xnode[ 'next' ]() ){\r
+ if( xnode[ '_tag' ] && ( isAll || tagName === xnode[ '_tag' ] ) ) xnodes[ ++n ] = xnode;\r
}; \r
};\r
break;\r
// + TagName|*\r
case 3 :\r
for( ; i < l; ++i ){\r
- for( xnode = parents[ i ].next(); xnode; xnode = xnode.next() ){\r
- if( xnode._tag ){\r
- if( isAll || tagName === xnode._tag ) xnodes[ ++n ] = xnode;\r
+ for( xnode = parents[ i ][ 'next' ](); xnode; xnode = xnode[ 'next' ]() ){\r
+ if( xnode[ '_tag' ] ){\r
+ if( isAll || tagName === xnode[ '_tag' ] ) xnodes[ ++n ] = xnode;\r
break;\r
}; \r
}; \r
case 4 :\r
merge = {};\r
for( ; i < l; ++i ){\r
- for( xnode = parents[ i ].next(); xnode; xnode = xnode.next() ){\r
- if( xnode._tag && ( isAll || tagName === xnode._tag ) ){\r
- uid = xnode._uid;\r
+ for( xnode = parents[ i ][ 'next' ](); xnode; xnode = xnode[ 'next' ]() ){\r
+ if( xnode[ '_tag' ] && ( isAll || tagName === xnode[ '_tag' ] ) ){\r
+ uid = xnode[ '_uid' ];\r
if( merge[ uid ] ){\r
break;\r
} else {\r
//console.log( l + ' > ' + xnodes.length + ' tag:' + tagName );\r
for( ; i < l; ++i ){\r
xnode = parents[ i ];\r
- xnode._xnodes && xnode._xnodes.length && X_Node_Selector__fetchElements( xnodes, xnode, isAll ? null : tagName );\r
+ xnode[ '_xnodes' ] && xnode[ '_xnodes' ].length && X_Node_Selector__fetchElements( xnodes, xnode, isAll ? null : tagName );\r
};\r
//console.log( l + ' >> ' + xnodes.length + ' tag:' + tagName );\r
};\r
if( !isXML && key === 'class' && op === 3 ){\r
val = _ + val + _;\r
for( i = 0, n = -1; xnode = xnodes[ i ]; ++i ){\r
- className = xnode._className;\r
+ className = xnode[ '_className' ];\r
if( !!( className && ( _ + className + _ ).indexOf( val ) > -1 ) ^ isNot ) tmp[ ++n ] = xnode;\r
};\r
} else {\r
for( i = 0, n = -1, l = xnodes.length; i < l; ++i ){\r
xnode = xnodes[ i ];\r
attr =\r
- key === 'id' ? xnode._id :\r
- key === 'class' ? xnode._className :\r
- xnode._attrs && xnode._attrs[ key ];\r
+ key === 'id' ? xnode[ '_id' ] :\r
+ key === 'class' ? xnode[ '_className' ] :\r
+ xnode[ '_attrs' ] && xnode[ '_attrs' ][ key ];\r
//flag_call ?\r
// funcAttr( elem, key ) :\r
//useName ?\r
for( i = 0, n = -1; i < l; ++i ){\r
//alert( 'multi:' + i )\r
xnode = ret[ i ];\r
- if( !merge[ uid = xnode._uid ] ){\r
+ if( !merge[ uid = xnode[ '_uid' ] ] ){\r
merge[ uid ] = true;\r
xnodes[ ++n ] = xnode;\r
};\r
};\r
- X_Node_Selector__sortElementOrder( ret = [], xnodes, hasRoot ? [ HTML ] : HTML._xnodes );\r
+ X_Node_Selector__sortElementOrder( ret = [], xnodes, hasRoot ? [ HTML ] : HTML[ '_xnodes' ] );\r
xnodes = ret;\r
};\r
\r
j, child, _xnodes;\r
for( ; i < l; ++i ){\r
child = xnodes[ i ];\r
- if( !child._tag ) continue;\r
- //console.log( child._tag );\r
+ if( !child[ '_tag' ] ) continue;\r
+ //console.log( child[ '_tag' ] );\r
if( ( j = list.indexOf( child ) ) !== -1 ){\r
newList[ newList.length ] = child;\r
list.splice( j, 1 );\r
};\r
if( list.length === 0 ) return true;\r
};\r
- if( ( _xnodes = child._xnodes ) && X_Node_Selector__sortElementOrder( newList, list, _xnodes ) ){\r
+ if( ( _xnodes = child[ '_xnodes' ] ) && X_Node_Selector__sortElementOrder( newList, list, _xnodes ) ){\r
return true;\r
};\r
};\r
};\r
\r
function X_Node_Selector__fetchElements( list, parent, tag ){\r
- var xnodes = parent._xnodes,\r
+ var xnodes = parent[ '_xnodes' ],\r
l = xnodes.length,\r
i = 0,\r
child;\r
for( ; i < l; ++i ){\r
child = xnodes[ i ];\r
- if( child._tag ){\r
- ( !tag || child._tag === tag ) && ( list[ list.length ] = child );\r
- //console.log( parent._tag + ' > ' + child._tag + ' == ' + tag+ ' l:' + list.length );\r
- child._xnodes && child._xnodes.length && X_Node_Selector__fetchElements( list, child, tag );\r
+ if( child[ '_tag' ] ){\r
+ ( !tag || child[ '_tag' ] === tag ) && ( list[ list.length ] = child );\r
+ //console.log( parent[ '_tag' ] + ' > ' + child[ '_tag' ] + ' == ' + tag+ ' l:' + list.length );\r
+ child[ '_xnodes' ] && child[ '_xnodes' ].length && X_Node_Selector__fetchElements( list, child, tag );\r
};\r
};\r
};\r
i = 0, n = -1, xnode, node,\r
tagName, tmp;\r
for( ; xnode = xnodes[ i ]; ++i ){\r
- tagName = flag_all || xnode._tag;\r
+ tagName = flag_all || xnode[ '_tag' ];\r
tmp = null;\r
if( /* tmp === null && */ type <= 0 ){\r
- for( node = xnode.prev(); node; node = node.prev() ){\r
- if( node._tag && ( flag_all || tagName === node._tag ) ){\r
+ for( node = xnode[ 'prev' ](); node; node = node[ 'prev' ]() ){\r
+ if( node[ '_tag' ] && ( flag_all || tagName === node[ '_tag' ] ) ){\r
tmp = false;\r
break;\r
};\r
};\r
};\r
if( tmp === null && 0 <= type ){\r
- for( node = xnode.next(); node; node = node.next() ){\r
- if( node._tag && ( flag_all || tagName === node._tag ) ){\r
+ for( node = xnode[ 'next' ](); node; node = node[ 'next' ]() ){\r
+ if( node[ '_tag' ] && ( flag_all || tagName === node[ '_tag' ] ) ){\r
tmp = false;\r
break;\r
}; \r
i = 0, n = -1, uid,\r
c, xnode, tmp, node, tagName;\r
for( ; xnode = xnodes[ i ]; ++i ){\r
- uid = xnode._uid;\r
+ uid = xnode[ '_uid' ];\r
tmp = checked[ uid ];\r
if( tmp === void 0 ){\r
- for( c = 0, node = xnode.parent[ pointer ](), tagName = flag_all || xnode._tag; node; node = node[ sibling ]() ){\r
- if( node._tag && ( flag_all || tagName === node._tag ) ){\r
+ for( c = 0, node = xnode.parent[ pointer ](), tagName = flag_all || xnode[ '_tag' ]; node; node = node[ sibling ]() ){\r
+ if( node[ '_tag' ] && ( flag_all || tagName === node[ '_tag' ] ) ){\r
++c;\r
- checked[ node._uid ] = a === 0 ? c === b : (c - b) % a === 0 && (c - b) / a >= 0;\r
+ checked[ node[ '_uid' ] ] = a === 0 ? c === b : (c - b) % a === 0 && (c - b) / a >= 0;\r
}; \r
};\r
tmp = checked[ uid ];\r
flag_not = flag ? flags.not : !flags.not,\r
i = 0, n = -1, xnode;\r
for( ; xnode = xnodes[ i ]; ++i ){\r
- if( xnode._attrs && xnode._attrs[ prop ] ^ flag_not ) res[ ++n ] = xnode;\r
+ if( xnode[ '_attrs' ] && xnode[ '_attrs' ][ prop ] ^ flag_not ) res[ ++n ] = xnode;\r
};\r
return res;\r
};\r
\r
var X_Node_Selector__filter = {\r
- root : function( elem ){\r
+ 'root' : function( elem ){\r
return elem === ( elem.ownerDocument || elem.document ).documentElement;\r
},\r
- target : {\r
+ 'target' : {\r
m : function( flags, xnodes ){\r
var res = [],\r
hash = location.hash.slice( 1 ),\r
flag_not = flags.not,\r
i = 0, n = -1, xnode;\r
for ( ; xnode = xnodes[ i ]; ++i ){\r
- if( ( ( xnode._id || xnode._attrs && xnode._attrs.name ) === hash ) ^ flag_not ) res[ ++n ] = xnode; \r
+ if( ( ( xnode[ '_id' ] || xnode[ '_attrs' ] && xnode[ '_attrs' ][ 'name' ] ) === hash ) ^ flag_not ) res[ ++n ] = xnode; \r
};\r
return res;\r
}\r
'nth-last-of-type' : {\r
m : function( flags, xnodes, a, b ){ return X_Node_Selector__funcSelectorNth( 'lastChild', 'prev', false, flags, xnodes, a, b ); }\r
},\r
- empty : {\r
+ 'empty' : {\r
m : function( flags, xnodes ){\r
var res = [],\r
flag_not = flags.not,\r
i = 0, n = -1, xnode, tmp, node;\r
for( ; xnode = xnodes[i]; ++i ){\r
tmp = true;\r
- for( node = xnode.firstChild(); node; node = node.nextSibling() ){\r
- if( node._tag || ( !node._tag && node._text ) ){\r
+ for( node = xnode[ 'firstChild' ](); node; node = node.nextSibling() ){\r
+ if( node[ '_tag' ] || node[ '_text' ] ){\r
tmp = false;\r
break;\r
}; \r
return res;\r
}\r
},\r
- link : {\r
+ 'link' : {\r
m : function( flags, xnodes ){\r
- var links = ( xnodes[ 0 ].ownerDocument || xnodes[ 0 ].document ).links,\r
- _data = funcData,\r
+ var links = document.links,\r
res = [],\r
checked, flag_not, i, link, xnode, n;\r
if( !links ) return res;\r
checked = {};\r
flag_not = flags.not;\r
for( i = 0; link = links[ i ]; ++i ){\r
- checked[ ( new Node( link ) )._uid ] = true;\r
+ checked[ ( new Node( link ) )[ '_uid' ] ] = true;\r
};\r
for( i = 0, n = -1; xnode = xnodes[ i ]; ++i ){\r
- if( checked[ xnode._uid ] ^ flag_not ) res[ ++n ] = xnode;\r
+ if( checked[ xnode[ '_uid' ] ] ^ flag_not ) res[ ++n ] = xnode;\r
};\r
return res;\r
}\r
},\r
- lang : {\r
+ 'lang' : {\r
m : function( flags, xnodes, arg ){\r
var res = [],\r
//reg = new RegExp('^' + arg, 'i'),\r
i = 0, n = -1, xnode, tmp, lang;\r
arg = arg.toLowerCase();\r
for( ; tmp = xnode = xnodes[ i ]; ++i ){\r
- while( tmp && !( lang = tmp._attrs && tmp._attrs[ 'lang' ] ) ){\r
+ while( tmp && !( lang = tmp[ '_attrs' ] && tmp[ '_attrs' ][ 'lang' ] ) ){\r
tmp = tmp.parent;\r
};\r
//tmp = !!(tmp && reg.test(tmp.getAttribute('lang')));\r
return res;\r
}\r
},\r
- enabled : {\r
+ 'enabled' : {\r
m : function( flags, xnodes ){ return X_Node_Selector__funcSelectorProp( 'disabled', false, flags, xnodes ); }\r
},\r
- disabled : {\r
+ 'disabled' : {\r
m : function( flags, xnodes ){ return X_Node_Selector__funcSelectorProp( 'disabled', true, flags, xnodes ); }\r
},\r
- checked : {\r
+ 'checked' : {\r
m : function( flags, xnodes ){ return X_Node_Selector__funcSelectorProp( 'checked', true, flags, xnodes ); }\r
},\r
- contains : {\r
+ 'contains' : {\r
m : function( flags, xnodes, arg ){\r
var res = [],\r
flag_not = flags.not,\r
i = 0, n = -1, xnode;\r
for( ; xnode = xnodes[ i ]; ++i ){\r
- if ( ( -1 < ( xnode.text() ).indexOf( arg ) ) ^ flag_not ) res[ ++n ] = xnode; \r
+ if ( ( -1 < ( xnode[ 'text' ]() ).indexOf( arg ) ) ^ flag_not ) res[ ++n ] = xnode; \r
};\r
return res;\r
}\r
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