変換結果スキーマ指向のXML変換
8
0
0
全文
(2) . . . . ' ( ' ( 2 6 3 7 $ + 1 9 * , " 4 " 8 ! 0 / & ) . 5 # % ' ' ( : @ H = ? < C C I J ; > > E B 8 ! ! & F G A A D M0>}A&l]~N-^Om>AEn_8*`u&Rv*w0'5x/(P&:4opa;]-^>b<py4=35-TPqQc*R >08_Ap:zS!;-.b<"^T={&4<*Y5='Z|>(8Ur0VdW9eXfT+g*&,>"-hYiZj3>&45sTD*(t-&K)[Lk\ ¨ ¬ ¯ ¯ ® ± ¥ ° ¡ ¦ « © £ ¤ ¤ ª ¢ § §¤±»«Ä²½¨ Ť³©µÃØÓÒªÀÔ´Ç«µ¾±²Õ³¶Ö÷׸ٴÆȹ²ÞÉ¥ßƤκ¦Ú¯»¡¢¸¼Ûʹ±Ë¢Ü½ºÏݾ»¥Âм¿Ò̤à Íà½ÑÀ¤Ò¤Á´¬§º¨¾»©¼á°ª Ù ã å ç ä × ä âý²Ò¾×ùá³²Ò â¢¡Éã×ò± ¾ æ ± è À ² ë å µ ¾ æ « ¼ Ò £ » ) ¤ ¤ ¤ Ì ê ë í ñ ò é ð î ¤ ì ï ¢ ¢ þ ÿ ë , « ¼ Ò » ) + ó á ö ô õ ÷ ÷ ¼ ¤ ø ª * / 0 « . û ý þ ü ÿ ¯ µ ú À Ü ¤ ¤ ´ Ù Ì 4 1 2 × 3 ú ¾ ¾ À ² ² £ ³ ³ Ì ¶ É ¾ È ² £ ´ ´ ¢ / ý 5 1 0 ú « ¤ + 6 ë í × . Ç î ì ¢ * ; 9 : 7 8 È ¡ Î ¯ . Ò ¤ ´ 2 1 ? @ ú ± > ¾ < 8 È = Æ ¤ ¤ ¢ .
(3) · 1 1 É ¯ ¯ A × É A ú ± ú 7 Å À ³. !"#$%
(4) &'(ÅB²³´ 2003−DD−39 (7) 2003／5／23 2003. 社団法人 情報処理学会 研究報告 IPSJ SIGVol. Technical 0 No. 0 Report. XML. †. XML. ††. XML. node. XTL node. XPath. XTL. XML. 10. X SLT0. 69. XTL XTL. DTD. XSLT 5 XTL XSLT W3C query use cases XTL. 97.10%. Output Schema Driven XML Transformation M AKOTO O NIZUKA† and K AZUYA KONISHI††. This paper describes an XML transformation model and language called XTL (XML transformation language). XTL is declarative and is based on the output schema driven approach, which gives it the following capabilities: 1) the XML schema language part (we are currently using DTD) specifies the output structure of transformations, 2) The XPath expression part maps the resulting node-set in the input XML documents to the output structure. Users need to understand only DTD and XPath specifications, along with a few XTL extensions and semantics. We applied XTL to the W3C query use cases, and the results showed that XTL can express 97.10% of the 69 queries. This paper also describes an algorithm to translate an XTL program into an XSLT program with hash join optimization rewrite option.. 1.. B2B. ... <xsl:template match="bib"> <xsl:element name="bib"> <xsl:apply-templates select="(//author)" mode="distinct"> <xsl:with-param name="nodes" select="//author"/> </xsl:apply-templates> </xsl:element> </xsl:template>. B2C. XML. TVAnyTime16) , MPEG79) , P/meta13). XML. XML. XML. XML. XML. XSLT3). <xsl:template match="author" mode="distinct"> <xsl:param name="nodes"/> <xsl:variable name="pos" select="position()"/> <xsl:if test="count($nodes[$pos>position() and .=current()/.])=0"> <xsl:apply-templates select="." mode="author"/> </xsl:if> </xsl:template> .... 2. XSLT. XSL. author. 14). (XSL FAQ ). author. XML. author. XSLT. author. author. author. † ††. NTT NTT. author. NTT. 1 −39−. 2. author.
(5)
(6) . . Ì ¨ h ´ C D Í I µ × õ × ¾ ± ¾ À È . ² Ò W » ¤ ¤ G ³ ¢ Ù Ù µ ¶ ë ¶ É ¯ × É ¾ æ ¥ À È ¦ © ² ¤ ì ª ´ ´ Ù ý h Ã Û ¯ A ¸ ¾ ¾ ± · À ° Å Ò £ ¤ § º ¹ I ± « ¤ Ù C JTTEK¾£\bUZF¤¯[]îO¨×P²¤Gþ´³ù¯ÿ8¥Q¤VA¤¦ãGµªÅ²¢ë²W^8Yì¢ëX_¤ÆíCaÒ+î¡åDKïæ¾`GÒè奾î³æ²ÈáLÀ×Aâ*ů׼ɣ׾OMùÙÀP±±³¥NÒ¦a£¤É è RÌ¢À¯SHòGÒ´³±Ic+¾¾´¢/IÃÀƱÀÁ±»0Ähý¼¤væ¾z´G9×5a¥¢6Ù¥´Ù¤«Å¹ºIWI¥h±IÒ»±Ò±´¯¾À QG³¢¡GQÙ¢¤² g I ± æ ¢ Ù I ½ ± ¤ ¢ Ù ¿ » v ´  7 Î | ¤ C É g ° È ¤ Ù Ù ã h e e ä × × ¾ ¾ ¾ d À ¥ Å f ¦ f Æ £ ¤ a à ´ ¢ C h h y É 2 × g õ Ê ¯ z ± ¾ v i ¡ | ² + ï Ç È y 2 p q É jrâýƾ^k{¤¤Þpe|wël[xfq×쥾+í£ÒîÌÛÀ Û³¢¤Òɲm sÈ¢³në Y¡¾£tìÒÙ´oÙuÀí ×Æîv£ Ê z À À < ¡ ² ¤ ¤ ¤ ³ ´ ¢ w y I I Í Ì x z ¯ Ë ª ± ± ° 7 ¡ Í Î Ã Ò ¤ ¢ Ù } h 9 ~ ¯ × × ¾ » v. È ¡ ¾ ¾ ¤ ¤ ´ Ù Ù w ë í I Î × Ï Þ x ± â î Æ W » G ¤ ì à Ù ý Ñ Ð ± » v È | ² £ ¤ ¤ B § Ù Ó × k j Õ × Ö ¾ À 7 Å Î Ò Æ £ Ô ¤ ¤ ¢ Ù C h ë 9 I g × × ¾ ± ¾ æ ¾ Æ » G ¤ µ ¶ C Ã Ã Þ g ¥ À ¦ ² 뱤À׳ÒÆì íÞÉ¢m+î£nK¤ÀÀc§¤±¾Ù+¨¶ ©C±ªgÒ¢¾Ç¤«8j×ɾ´w´k¾0¤æ¾¥änh7¢À· ¤ZO¤·¾×³æ¯Dâ³ÞÛÙ£¤¾À±âj¤à²³ÎhD¾¤7¤±Ô£Ù×ÞÒÀÅaß´Ù¤< ëÍóØGìÒ´íIÙ Ù£Îî±Ú¡³¢C*²¤Ùg¼ÈæM¢úIÉj¯±kÛõ|¥¤×á¤|»ëm¢ìvÔnÙ¤í¤Ü¾îÅ\ÝI± É ± ¢×¨×Z×[¤´£ÈCe¥ÀÉDfÒ믤¤×ìw£þAxí.Åãý®ä³OÒ¾PèÈv¾²¡¢Ì\ÆþÍ×¥][¾×eæ®´²Ûf£¥³Ò¦¥¤É¦V ëC¢´WªD²õ£§¢X»ÀÌCƾ¾¡ÍDævÞÇÛ¤äÒ ²³±¤t´ëäjÒ|ì´ íÙÒÀî»Çt´¼þ¢È£ÿ¤Ù¡À\ ¤|â}C×jãgë´ìkë¾jíìk±î8íÆåÙî¤Þ²Ù¯+±å´µâC|g²+¾ ã ë í å © ä Þ ¯ j æ ± è. À î ² Ò ¤ ì ï V ª ´ ¢ ¨ C D C D 5 ´ ë í ¯ Þ Ø K È î Æ W W » G ¤ G ¤ + 6 ì X ¢ Ù I æ × Û ¾ ª « ±. ± v À Ò £ ¤ ´ ´ Ù Ã I ¾ ± | ¤ ¯ Ù ° ® 5 × ¬ Ò ¤ 6 à ´ ¢ ² h ë í I Þ ± v ± v Å ¥. î Æ Ò ² ¤ a ¤ ì B DÒ ´Ù ¢Ø¤Ò¤±çè 2. 2003. 2. • ∆. XML. XML. XSLT. (xalan, saxon, xt. ). XPath. XML. (XPath. 2. XML. ). XSLT. XPath. xsl:key. node-set. node. xsl:key. xsl:key. XSLT. • M. XML. XML. node. XML. XTL. XTL. XSL. XTL. node. 1). 3. 2). (. ,. ,. ,. /. ,. /. • Σ. ). XSLT. (. node. ). (. XML. ). 4. 1). XTL. 2). XSLT. XTL. (. 10. XML. XTL. DTD. XML. XTL. XSLT. ) 3). XML. XPath. 10. 4) XPath. node-set. • V. XTL. DTD XTL. XTL. XSLT0 ’s1). XSLT. 5. XML. W3C. XTL. 97.10%. yacc. (DTD. 69. XTL. XSLT. XML. XML. 2. (. XML. XSL. XSLT. ). XTL. ). mation graph). XTL. schema graph). XSLT. 1. T-graph (transforS-graph (output. 2. XTL. 4. XML. XML. xsl:key. DOM. , T-graph, S-graph,. DOM. XSLT. XSLT. XML. DOM. xsl:key. XTL. T-graph. XML. S-graph. T-graph. node. node. edge. XML. 2. XTL XTL. XPath. node. T-graph. S-graph. r = (∆, M , V ∗ , Σ). node(. node. T-graph. node. node. −40−. edge. T-graph. edge. ).
(7) '(:;éêF?m&'( ë È ² B Ù Ì|²Ù´R¤S¾ëÆ´QÞ椥²¢CDgíàî¢Ù±ÙÀRhCSgìÒ´«âþtïÀú1õÛÀÉæIc³1Ùʱ²ÉÍúæ¾ü1ïv³õü|[[Ècõ××hc¥Éµ³Ê´¶È·0¾Ò³D¥vãQÙ¢×|²I¾¢±íòÙöÙÒó÷ÍCaÀ¢¾¥g<^æÀG³ É Ê ú ¤ 1 ü ¥ I ± Ù ² Y ¤ s ´ õ Í ü I ^ I É c ± ± À È Ò ³ ñ ¢ Ù Ù Ù ð C g ¯ æ ¾ v Q | ² ¢ Ù ë í Y Þ j ¾ î Æ ¤ ¤ ì 0 ¥ s ´ ¢ ò × ó â ¥ ¦ ¤ ´ | | ¤ D É í Í É Þ Ê 0 À È Æ Ò ³ ¤ ¢ à í Þ ô ¥ ¦ Æ Ù » ¤ ï ª 1 É Ê × ú ¾ v À < ¡ | ³ ´ S Ì h R « ¤ à Ù ì 2 × Û ¾ æ Å ² Ô ³ î ý ´ À Á í Î W » ¤ ¤ G ´ ¢ Ù Í Þ Û æ | ² ³ õ 1 Ä I z c ú Ë ª ± ¥ ² ³ ¤ ¢ î ¥ C h í 2 g × ¾ ¾ v Q Æ ² ¤ ¢ ö õ ÷ Ä ü z × c ø « È ² ³ a G + ´ * y · Û ¶ z µ ¾ ± À ¡ Ò £ ´ ã 1 ü ¶ ù ^ ú Ð ú û ¾ ¥ ¦ Ò ¤ ¢ ü[ú<³1~פ¥ÇÛÊÈÀ¤´ÙÉòv²2óCý¤¯þgyÊÿj¡Ù¤ÒkzÈv²ha¢Éa |2GyÒ´Åþ¡¾¤zvÿ²h¤aã×Ñ\|äØâ´¾ÔÅjúhûÒ¤À1²¤úþÞ1ÿ ö¤ ÷´Ù 2I¤hCÒÒg±¢^yúÀ¡1zI²À±³ÞÀÆɳȢ޻Éh2Çv±.¤ÊÒy2±¡ú z Ç ´ ¢ Ù h y 2 2 ï Û z ¥ Å À ¡ | ² Ô ö h 9 I 1 ÷ Ð ± ú ¥ ¾ Ò Ò ¤ ¢ È Ù î y í 2 z × ¥ È ¡ ¡ ² ¤ h 9 I ± Q ¾ | ´ ¤ ¢ ¢ Ù I É 1 Ê æ ± ú ¾ v ¥ Î ² ³ ¤
(8) h Ð × . ¤ ¢ ï Ù ª D õ 1 ü ú c ¾ æ æ ¥ ³ ³ ÙI±Î³²¢Év¥è´¯³D¥ÙI±»v´£É² Vol. 0. No. 0. XML. 3. /bib. bib. Bib. Bib. book. Title. group-by(). ./book/title. title. Title*. Transform. pcdata. pcdata. T1. ./text(). T2. T3. T1 A1 A2. Transformation graph Output Schema graph. DOM Tree. Output DOM Tree. 1 A Transformation Example. T-graph. S-graph. (. node-set. ,. (XTL. DTD. ). XML. ). node. T-graph. S-graph. DOM. <!ELEMENT book (author*, title, publisher)>. <!ELEMENT Bib AS {/bib} (Title * AS {./book/title} DISTINCT BY {.})> <!ELEMENT Title (#PCDATA AS {./text()}). book. node. (. 2 An XTL Program Example. ). <!VARIABLE book (author*, title, publisher)>. 3. XTL. node. XTL. 3. 1) T-graph, S-graph XML. DTD, 2). node-set. (. ). T-graph. XPath. , 3) T-graph. (. ,. $. S-graph. node. node-set. ∆. ). <!ELEMENT $book (author*, title, publisher)>. node. XPath. DTD. Σ. (count, max, concat. DTD. ). XML. <!ELEMENT author_count (#PCDATA VALUE count(author))> <!ELEMENT version (#PCDATA "Jan/3/2003")>. 3.1 DTD (. ). DTD. XTL. graph). author count. XML. (T-. (S-graph). count(author). 2. 2. v ersion. ”Jan/3/2003”. XTL. 3. (. ,. /. /. ,. node. ). sequence. 3. choice. 2. sequence. node. choice. XML. DTD. node. XPath. sequence. −41−.
(9)
(10) . . h á h k I à j Õ × É ¯ × ¾ ¾ â ± À. | Ò ³ ï ª ¢ ¢ Ù Ù Ù · ¶ Æ I Ö µ ± æ 8 . ² ³ ¤ ¤ ´ ¢ ¢ C Ù ¨ × ¾ v ô ¾ ½ ² ¤ º ´ § * ¹ D « ² W » G I É ¾ æ ± À ¥ ¾ B ³ ³ ¤ ¢ Ù ¢ Ù ¨ ´ h à ± ¥ ½ G ¤ þ ÿ à ¯ Å. ² Ô ³ ï ª § * D A × . ô Å. | È ¡ 8 ¤ ï º Æ ¯ ¾ » v ª ¥ ¢ ¢ º E ¹ I ß ± « ¤ ¤ Ã Æ ¯ ¯. ¥ ï ª Ù Ù J H |Àų8I±É¾²»±¾væׯ³¥Ù <Iññ´À¯ï ¢¾Þª»· |´¢×vv¾¯´C¤ÞgÔ ·Æ±|I«Ù±Ò×¾Wr»Àä¢M´5¾3G²|694ÙF¤¥ýÈGÄBIQ²±õ¢¤hQ»¾Ã²vÒ¢ÃÙ8¾×[¤Èµ´I´¡¶±K5L6¾Ä¤¤ØzÙ)û« ¢ º ´ h ¹ Ë « Æ W » G G C g v À ¢ Ù Ù µ ¶ I 9 I × ª ± ± ¾ » v 7 À ¾ Î ² ¤ ö ÷ 1 Ñ 0 ú ¥. è Ò a G ¤ Ù ¢ h D é ¡ QÍÒÈÀZ³ É 8²ÉvÙÈ£¡âBÀÞ²I0ͨ±¯À¾¦¢hÞ|ï״¤¥µCs£¶ÃgYÀ·±¤¢ïÃQªÛ ²Ò× Q¾×¤±j¢mk³±nÉA¾¤¶Dų¤·ù¥¢¢Æö±¤÷åa±h|G»±¥ÈB¤G²Ò±´ ï«BÙúª² 1¢×I8±ï¤´ªD È´×Bµh² ¢ × · ¨ ¯ Þ É m n × ± ¾ 7 À ³ ¹ 1 I É ú ± À 7 « Î ³ ¤ G ´ Ù Ù . . º µ Ò ¤ ´ ö ÷ ò 1 ó ¾ ú ± À < Ò Ã 0 ¥ ¤ ¢ ñÒ ÉÛ ´I ¤¡ú¢È1£¤ÉÀÒ³C g²9 ³:ñ ´7ÙÈÒ¯¡³ ¾´[£×Ȥɥ¯¦ÀâÒ±Í|¤ÈÀÞ³²BßÎɾõÙ¡æc³¾I²Î±±CÎÏg¥ÒÏ×æú¤×[1¢´ÒÔ££¥Í¤À¢Ø±ÅúÈÞ)ÙÒ1Éß»Í «úï´1ªµÙô¶Í»¾·ü±íÔ¢åõ|æcÅÙ¥ Ù C à ë g ¥ È ² ï ª B w y Í x z Å ¡ ² Ô ´ ¢ Ù ² D ¨ É m n × ± ¾ À Ò ³ þ N P O Q ´ ý r ^ p q À « Ò ² ¢ ì Ã ë ¥ È ¾ ² ¤ ï ª Ì B C p q à À ¤ ¨ · ¶ × µ ¾ ô |!<"1*#?2$ ½ ¤ º ² D g × × ¾ Q ¤ ´ ¢ § * ´ T U [ _ T V Z \ 6 b X Y ^ W 7 " c R ] a ' : . ` $ S T U b \ V k l m d e g h W ' f ] 3 i ' : $ j 2 B ( ) # / t ! % n o r s \ & + , & x y ' 0 ( u 7 h 4 3 ] v . ' ? $ $ q w p _ } 5 6 5 > | 9 ^ & 7 < ' < ~ ( 3 4 3 = : : * 8 ; z $ w { @AB *?m:B < 4. 2003. book. choice. node. XPath. 2. node. <!ELEMENT R AS {r} (A* AS {a}, B* AS {b}, C* AS {c})>. root. sequence. a. XPath. XPath. A. node. b. XPath. B. node. (C. ). 3.2 XPath (. XML. XPath. <r><c/><a/><b/><a/></r>. ). XML. node-set. T-graph. node. (. <R><A/><A/><B/><C/></R>. ). XPath. <ELEMENT R AS {r} (A AS {a}| B AS {b} |C AS {c})*>. node-set. root. choice. a, b, c. node. XML. XPath. node. node. node. node. A, B, C. XML. node. <r><c/><a/><b/><a/></r>. XPath. XPath. (. <R><C/><A/><B/><A/></R>. ). DTD. 2. *, +, ?. 1). XTL. XPath. XPath. node-set. XML. 2). ANY. XML. <!ELEMENT book (author+ AS {author}, title AS {title})>. book. XML. author. XPath. title. node. XPath. node. node. node. XPath. 1. node. <!ELEMENT Bib AS {bib} (Book* AS {book})> <!ELEMENT book (author*, title, publisher)>. B ib. XTL. #PCDATA. XPath. #PCDATA. XTL. DTD. (T-graph. node). node. V. <!ELEMENT author (firstname?, lastname, title* AS {//title[../author=$author]}>. $author. author. <!ELEMENT paper (#PCDATA, title)> <!ELEMENT paper (title | #PCDATA)>. node. /. EMPTY EMPTY. /. XPath. node-. node. set. 3.3. ANY ANY. XTL. XPath. node. (ORDER BY). (DISTINCT BY). XML. XPath. node-set. <!ELEMENT bib AS bib (book* AS {book})> <!ELEMENT book ANY>. XPath. 1. title. node-set title[1]. −42−. node XPath /. XPath.
(11) ' ( : ' ( ? m ; & é F ê p q « ¤ ì ! " # $ ' ¢ ¡ ¦ £ % & ¥ * ( ) + § ¨ ª ª £ ® ® ¬ ¯ , 0 © « . / ± ² ° ³ ¶ µ ® ´ ¯ ! " 2 # ' $ 3 , 1 4 5 & · ¹ 7 8 ¸ 4 º 6 % ½ ¼ » ¬ : 9 % < ; Á À ±  ¿ à ° Ä º ´ ¾ ÇÑÈÒÉÓ®¯ÍÔ ÑÎÕ¡²ÒÏÖ¢³ÓÐʺ´ÔµË®£¶×¬¤©·ª¸´ §¥¹¦ºÑ̮үÅÓ °¡Ô±¬Æ¢MGCµ¬´S¡Q¾ºÅ¢D¯ÑEÄÌB¾´¿CFÌ´JNFG¬¬äG?Å=º >TKɬXÅ R¾UA££Ì ´?®@¯ÀA VÁOYAR¬PZ´Ú?[ÄWH\êäI¯ ÌBFL´ ½ ¼ » ¬ Î ` a Ü _ ^ ò ] Ò c ä b F F. G G º Á À ± Â Å Æ ¿ à ° Ä f D A º ´ d F e G ¾ h ¬ g ¬ Y R × Ò Ç¬ ¡ß¾È¢Éà¿áÀ»Û Ô Ó Ñ Ù Ò ä b i ¬ j Ì Ú º É Ø k A m n l o F X £ Ä ® ´ ¯ ê × Ý Ü Þ p  q F G £ G r ¤ È [ s ´ º É ã ä ¢ ¡ æ â Õ Ö å u ® ¿ v ¯ ¬ w @ ® ¾ t õ § · ¹ ² ¸ ³ ¶ m æ µ ´ º X Ù T ´ º ¯ Ì Ú x ê y ½ ¼ § u z æ { ö ö | £ ´ º ¾ ê ä ¢ ¡ N Ä Ä ´ ¯ ¾ V R W } C z · H · ¾ É è Á ã ä ~ ~  â ç V à º R ¬ Ì W ´ÀÁ̾Âõà ¿ö顧 §¢ì¹ð¬íñÆò´îÇó÷ï´øôê¯ù¾÷ú´øûƧÿǹüÅȼɮ§¯º¡ Ö¢ý·ëþÉ MW®·ÂÄq¯´Å¾e¾NºpNä?äAºÈÌYbDæÈhê E´R·zi®®¬ ¿ N¿äÌV´ ´Kº¾MR æÌW·¼õö Fiĺ¬zG¿XVpR § E z D ¿ º ¬. Å
(12) . £ ¤ ´ ® º ¯ Ì £ D æ Ä ¬ ò × § E z ¿ ÷ Å ö £ ø ´ õ } · H · º Ì É ~ V V ® R R ¯ ¾ ¾ W W × õ ¬ £Ä¿´ÀÁzV¾RCW·~´ÉÄ®£ep¶?¾jre´o£ö¾ Vol. 0. No. 0. XML. 5. (node-set, XPath+, order) → node-set. 3.3.1. 3. 1). XPath. XTL. XSLT. node-set 2). 1. (. 1 XSLT Generation Patterns. /. XPath. xsl:template xsl:template select xsl:template mode xsl:element, xsl:copy xsl:apply-templates, mode xsl:apply-templates xsl:choose, xsl:when templates xsl:if xsl:sort. XPath. 3). ). node-set. XTL. mapping XPath ORDER BY key XPath+. [ASC|DESC]. <!ELEMENT bib (author* AS {book/author} ORDER BY {firstname} ASC)>. sequence choice ANY, DISTINCT BY EMPTY, ORDER BY. , select. book/author. XTL. (node-set, XPath+) → node-set. 3.3.2. 2. XPath. 1. 1). DTD. XPath. [1]. node-set 2) 1. 7). XPath. node-set. XTL. xsl:key. XSLT. mapping XPath. DISTINCT BY key XPath+. xsl:key. XML. XML. <!ELEMENT bib (author* AS {book/author} GROUP BY {e-mail})>. XSLT. book/author. XSLT. e-mail. (xalan, saxon, xt. ). XML. 2. (node-set, node-set) → node-set. 3.3.3. XML. node-set. xsl:key. XTL. +,-,*. xsl:key. xsl:key. <!ELEMENT bib (author* AS {book/author} * {article/author})>. book. article. 3. xalan 2.2D11, saxon 6.5/7.4, xt 20020426. XSLT. 4. XSLT. xsl:key. /. XSLT. 4.1 XSLT XTL. XSLT. XSLT. • saxon. template. template. 2. mode. XSLT. 1. • xalan. 12). • xt. 4.2 XSLT XTL. xsl:key. xsl:key. saxon. xsl:key. XSLT. XSLT. 4.1. template. mode. −43−. 20. xalan 6. 20. 40. 4.
(13) ¡¢£¤¥¦{Û§Ó£ûº¨©´ªÔ«×ÌÀbµÙ¾¬´ÚåÝįæ´Xoµ ¬¾¯ÞÌßÙ Á À Õ Ö Ù. £ ö Ü Ì õ æ ¦ å Ä ¬ ¥ · ¸ ¬ Ì Á À  à À á b Å à = > Ñ º ´ À æ Å ä â £ ¤ å [ ® ã ¯ Á À Þ Â b Ý o ß Ã µ ´ ¾ Á À À æ b  à ٠M å º ¬ Ì ¢ Å æ X Ò å ® Ú Ð æ Ù Ä å ¬ Ì Ì Á ä À  è L ç é Ì Á À ¢ È ê ë  Šb Ý Ã Ã º ´ ¬ ¬ ì b æ o Ù å ¯ ï } a î ¿ · H í j r Ä ® º ® ¬ ¾ É V R W } À b H e º ® º ¬ ¾ ð ð ®ø¯A´¯²¾c¾Y³§?Z§TÁ£°[ ¹AD±¤¼\m¬EX´¬´°UÀA¹?ºYûÄZ壻´Ì¿[Å椬´\º ÑêAµ £mYXZ¶º zõ[¼m¿\öX ·½ Ñ Ä @ ´ ´ ¯ É ê K À ¢ b ñ L ç K À b æ · ¸ Ä å ¸ ® ¯ ¬ Ì ê ° û ð ö ¹ º º ´ Ì õ K ÷ æ · ¸ Ù. ³ £ Ä å ´ ¬ Ì ¼ Å ¿ º ¾ ö ¼ Ù ó Ù õ ò º º ¬ Ì ô ¸ ? Ä ´ ¬ } I H ÷ ø H ® ´ ¿ õ Á ° ½ À ú ± ¹ ö Ù. ù. û ´ º Ì ¾ Á  À J Ê ý Å ü Ù Á £ ¤ ò ¯ ¬ ¾ À à ¼ J Ê m þ i . ù X Ù ? £ e × º h ® º ¬ ¬ R y Ä Å Å ù · Æ ³ ´ ´ ÿ ¾ y ä ä Ô Õ Ö D æ v · ² ¸ ³ e ¯ ¾ ¾ ¾ æ¿ÑÀˬ ÁÌ@ÇH}ÉÍÊ`õÎöÏꬬ¯ µ=Àe>b®É²£º¢Èдº ×ÀÚ°b±¯ÉÒ²¢ÊåÄ@¿nÉÉ
(14) ºà ã mÖ¬¢ºA Y´cÉò®¹ ÅÙê ¾¯ ¿¾®Ð¯ £äpÙ®ÒYX£bZ®Ì¬£ É ~¾ ¬ Ö » Ó Ô £ ¶ º ¬ Ì ê Ö Õ { ö . ¸ r ´ º ¯ ¬ ¾ É × õ Á À À k  b m Õ ¼ ö l à X º ´ ¬ º×LØöõ´Ùåõæ¬=>ÌÄ®¬MºÌ=>ÙN¬ä?Åÿ9/ %0: 1 ; <2 &=!">3#54!$"%#&?@ A5B6' :C!("$)* +,7-. "8! 6. 2003. template ( ). 2,500. saxon-6.5_normal saxon-7.4_normal xalan-j_normal xt_normal saxon-6.5_key saxon-7.4_key xalan-j_key xt_key. response time(sec). 2,000. 1,500. 1. XPath. XTL. XPath. XSLT0. XTL. 2. 1,000. XSLT0. template. XTL. 500. XSLT0. 0. node. 10 0, 00 0. 90 ,0 00. 80 ,0 00. 70 ,0 00. 60 ,0 00. 50 ,0 00. 40 ,0 00. 30 ,0 00. 20 ,0 00. 10 ,0 00. XTL. XPath. 1. number of elements of referenced xml. XTL. XSLT0. 3 The Performance of XML join. 5.1.2. xsl:key. /. XSLT0. template. node. XSLT. xsl:key. XSLT. 1,2. XTL. xsl:key. XSLT0. XPath. XSLT. XSLT0. XTL. XTL. XPath. XSLT. XSLT0. XSLT. constructing. xsl:key. selecting. XSLT. 2. template. XTL. XTL. 5.. 5.1 XTL. XSLT0. XSLT0 1). XSLT. XML-QL4). XML. (. XSLT0. ). 5.2. template. 5.2.1 excel. XML. XTL. J/meta. 5.1.1. J/meta. XSLT0. template node. XSLT. 1). node. 2). excel. XML. Schema. template. XTL. 2. 505. ). 1. (1756. ). XML Schema. template. (XTL. ). XML Schema. XPath. 1)excel. XML. XPath XTL. XPath. XSLT. template. −44−. CSV. CSV-ML (comma separated. 1). 2). J/meta. (excel.
(15) E F E K L G ¤ M H J I D D Á À Ø ° ë ¢ ¡ S ¹ · £ j ´ ® ü N À · ö ´ ¸ e y y ´ ® Ì ¾ É. Á À À ° d d · ´ · ¹ Ù G e ¸ ¬ ¬ ¬ ¯ Ì É. P û À P A Å A ¿ ¸ Ù O £ O £ Ä ´ ¬ Y Y. ê ê Ø Ø A Z b A Z W Q R Q R m [ [ º º T T T \ \ ¬ U Y Y S S À J b·ÉZY²ë[×\~dãÉ°¹ÈÀ·Á ë ¼·ÔÅÃëÉb²[£\º]Ëß^Ì_%Àý `AÁ¬a·ÂYbWýÃZê´Sb[£ \ V W ö Q R £ r º º T ¬ ¬ Ì Ì É ê S õ Á À A Z · [ º \ Y ° ë A ¼ Å W ¹ ·. Ä m ´ ¬ ¾ Y b A Z i £ £ [ \ Y X A Z b Y £ ¤ [ [ ã \ Y ~ X Ô Ø Ê Ì ü · . £ Ë ¤ µ ´ Á À À É Â J b V ² à ¶ È µ ´ º Z É ¼ n b W ² ß ¶ m µ ¬ É a b É b W ² º ¬ c e d f / 1 ! ! " / % ° ÷ Å ¹ r £ ø Ë º º ¬ Ì É A Z g ø r [ ® \ ¯ ¬ ¬ Ì ¾ Y ë ° Ö ¹ Ù ¶ Ä ® º ´ ¬ ¯ É S c e d f / 1 ! ÷¼¥´Åqå®Ë õ´ÅÅAr£®¯YQ¯ÌºõZR¾ZH[´ºI\m nÙ h¾®Ù£i~ l°õü̹@ö®s¼÷ñ£oøºj
(16) pAŤÅãY¬®£Z ¶ Ä ´ ´ S k ü Å Ñ i [ º \ ¬ Ì á b q Ù Ù ¶ Ä [ ´ Ì ¾ S ° ÷ Ì Å W ¹ ø Ä Ë m ´ ® ¯ ¬ Ì ¾ õ Á ½ Ë Ç À W W ö Ù Ù º Ì ¾ õ õ Á Ò z Ç À i W ö Q R Ù Ù º ¬ Ì É Ò v u t W t X r â m ¶ Ä . º ´ º ´ ¬ ¯ ¬ ¾ É. ~ S ü û w Å Ê I ¼ ü H ö £ ´ º z Ü x ¤ y ¡ ò £ £ ¢ Á À ¦ { § W ¿ F W ¿ ¥ þ Ù Ù Ù £ G Ä Q ¨ º º ¬ Ì ¾ ê Ò ä ½ F t v q Ù G r m m ´ ¬ ¬ ¾ É É © r»XྫྷR¯ZWQ evRó {w|Ì®º¬£ ã}ºNä ¬e ºÌz×Éòê´¯ À vê Áw¯´Ù¬®~ · Wò@ꮸm;£´
(17) ÀAÁüYÌãZ¼º [ötG¢Ì®È£ÅÀ¬¾
(18) ¤õÁb¯¬Ì꾺£WFG©·¬¸£«æ±¢S ¤ºÈÌ´
(19) É×b© ¾Ù¯ÈyÉAª©rf²º®³£Ér´´®ÄÌX©¿é¯¬Ò¾«º Ç ä Ô Ê Ê A Z v ¿ ¯ Ù Q £ [ ® \ ¯ ¾ Y. × RA¬Y®Z´e[¿\ A®QXYÊR¾ZÙº¯[\ÖiA ëY°®Z¹[·\ë ®Q RÄmà £´ ̵¬r·û¸É©¬Ù?«¢õ¬Èê·º£
(20) ¸bʬ ×ü?y v²Ì¾³ä Ùw°£±¤¬¬?W£ê©¤£´É Vol. 0. No. 0. XML. markup language11) ). 2)RELAX. XML. javascript. CSV-ML. XTL. XTL. 2. 7. 3). namespace. XSLT. RCS. XTL. XML Schema. XTL. 1. ). (. XTL. ). XTL. XTL. (. 10. /. XML Schema. 12. XTL. XSLT. (. DTD. XTL. XSLT. (. ). 3. XTL. /. XSLT. XML Schema. XTL. 24 286. XSLT. java. ). script. XML Schema. 20 340. template. xsl:template. 3 XTL vs XSLT(. XTL. ). XSLT. /template. 1/14. DTD XTL. XSLT. 138 218 2433 897. XSLT XSLT. XSLT. XSLT. 5. XMLSpy. 2. 2 XTL vs XSLT(J/meta. XSLT. XML. XTL. XSLT. ). 1. 5. 102 114 85 28. XSLT. DTD. XPath. XSLT. CSV-ML. XML. XTL. XSLT. 2 3. DTD. XPath. excel. XTL. XSLT. XPath. following-sibling, preceding-sibling. 5.2.3 W3C. XPath. 10). XML. XPath. W3C. query WG. XML. 2). XTL. XPath. XSLT. XTL. XTL. namespace. NS. FNPARM. 5.2.2. MPEG7. namespace. DTD. XTL. MPEG7. XSLT. XML. 2. 1. 1. XMLSpy DTD. XPath. XTL. XTL. 69. XSLT. XTL. 1). XML. DTD. 2). 97.10%. XTL. 2. Q3, Q6). DTD. 3) XTL. 2. XTL. XSLT. −45−. (TEXT.
(21) « ª © £ ¨ ¡ ¤ ¦ ¢ § ¥ á Â q Ù ß £ ´ x â ê Ì · ¹ ¸ ä b b i Ù Ï È ¶ ¬ ã ã ä Á ë º À ¿ å Ñ e £ Î m º º ¬
(22) ¬ ¾ Ì õ Ç ¼ m X æ. º h ç ¬ ½ Ë¿v®Ìw£»û¯ÙžW¬
(23) k¯Âº¾ À¹®¬Áõ´´WjÀúÙmÁWõÀ·²ºöÁ¸¾³£·¤¬¸Ì É Í Ø Á À ë W · X ¸ Ý m º ¬ ¯ Ì ¾ ô ë § û Å · ¹ å e £ õ º ´ ¬ è R W ü × æ ¼ ö Ö ö Ù | Ù G Ý Ø y ç ç ç ¯ ¬ ¾ ¿ ? ¬ ê é ì ë ë Ö £ ¤ § Ù ¨ · W ¦. m º ü ¼ ö ® ¾ Á À ¿ ¾ ØË¿ü̲¾Ù³W¼´Ç¬÷FÌÈøGåɺæÙæÑÊþÄõº¿¾e¯®¿¬¬ºÌº¸¾¬üÅöÙ̼´²ö³¾ÄÀmÁƺþ¾ Á Á À À ú Ë ¡ ¨ º ¬ ô É. Í Ì § äX¹É ÏMÙ´×ÎÌW®¾£©¯²¼Í³ àËÀ ½ÉÙÁ rü®ÌÍ£ãõÌ·¯ÉêÄÀδ£> Á®Í¯æXÙyX§ûÙ ÌvÐw¬× ÌÌØ´Î÷¬´ø à i h ó ô õ ö ñ R ï ò î ð Í í W Ì Í Á À ´ û ü ü ý þ ø ù ø ú ÿ r ÷ ÷ v ¾ æ · W ü ¦ · ¸ Ù X ¸ å m ¬ ¬ õ æ D ° Ù e ± £ ® Ì ¾ Á Ø À Ñ ü ² ¶ µ ® ´ ¯ ê õ Òwº yü¥¿ ´å¼~öºØrÍÍ@mÀɬÁ
(24) ÙWÙ nÚüq¾ãÛ¼ ÝÔN¾ÕÍ»äÖ¿ö¬ÌØ×ÓÜÙ ÀƧyÁ¬¨¸¸´ÅW®|ÀꬣöÁºÙÕÎÙÄÌÌ § ¨
(25) Þ q Ø y ´ ® ¯ . . . û ÿ à W
(26) Ù ß Ý Ì .
(27) y Ì Ì $ % ! " # ò Á § À A Z ¨ ¸ Ü [ Y ú\Ë ·ëÖA×YhÙÑRi¬WæªÝfü¼ ö¬Øºp 8. 2003. XML. 6.. MB. SynTree15). XSLT. XSlerator6). SynTree. GUI. XML. DTD. web. XSLT. 15). SynTree. XSLT. XSlerator. GUI. XSLT. XQuery8). XML. XDuce5). XTL. XML. XSLT. XSLT. XTL. XSLT. 7.. XML. XTL. XSLT. XTL. XSLT. XSLT0. XTL. excel. XML. MPEG7. XML. XSLT. XTL. 5. W3C. 97.10%. XTL. XML. (1). XTL. XSLT. excel. XML. XPath. (. 17). ). (2). XML. XSLT. XTL/XSLT. (3). HTML. HTML. XSLT. XTL. 3000. XSLT. 1) G. J. Bex, S. Maneth, and F. Neven. A formal model for an expressive fragment of XSLT. Information Systems, 27(1):21–39, 2002. 2) D. Chamberlin, P. Fankhauser, D. Florescu, M. Marchiori, and J. Robie. XML query use cases. http://www.w3.org/TR/xmlquery-use-cases/. 3) J. Clark. XSL transformations (XSLT) version 1.0. http://www.w3.org/TR/xslt. 4) A. Deutsch, M. F. Fernandez, D. Florescu, A. Y. Levy, and D. Suciu. “XML-QL: A Query Language for XML”. In WWW The Query Language Workshop (QL), 1998. 5) H. Hosoya and B. C. Pierce. “XDuce: A Typed XML Processing Language”. In Int’l Workshop on the Web and Databases (WebDB), Dallas, TX, 2000. 6) IBM alphaworks. X-IT. http://www.alphaworks.ibm.com/tech/xit. 7) M.H. Kay. Saxon: XSLT . http://www-6.ibm.com/jp/developerworks/xml/010914/j xxslt2.html. 8) M.Marchiori. XML query. http://www.w3.org/XML/Query. 9) MPEG-7 Japan SC29/WG11/MPEG-7 . MPEG-7. http://www.itscj.ipsj.or.jp/mpeg7/. 10) M. Murata. Extended path expressions for XML. In ACM PODS, 2001. 11) B. O. Nolan and J. Divney. Comma separated markup language (CSV-ML) specification. http://www.amadan.net/spec/csvml.html. 12) M. Onizuka. XTL: An XML transformation language. Markup Languages, 3(3):251–284, 2001. 13) C. Owens. PMC project P/META (metadata exchange standards). http://www.ebu.ch/departments/ technical/pmc/pmc meta.html. 14) D. Pawson. XSL frequently asked questions. http://www.dpawson.co.uk/xsl/xslfaq.html. 15) X. Tang and F. W. Tompa. Specifying transformations for structured documents. In WebDB, 2001. 16) TV-Anytime Forum. http://www.tv-anytime.org/. 17) , , and . xquery . Letters, 1(1):15–18, 2002.. XSLT. −46−.
(28)
関連したドキュメント
(Construction of the strand of in- variants through enlargements (modifications ) of an idealistic filtration, and without using restriction to a hypersurface of maximal contact.) At
One of several properties of harmonic functions is the Gauss theorem stating that if u is harmonic, then it has the mean value property with respect to the Lebesgue measure on all
By an inverse problem we mean the problem of parameter identification, that means we try to determine some of the unknown values of the model parameters according to measurements in
By applying the Schauder fixed point theorem, we show existence of the solutions to the suitable approximate problem and then obtain the solutions of the considered periodic
Kilbas; Conditions of the existence of a classical solution of a Cauchy type problem for the diffusion equation with the Riemann-Liouville partial derivative, Differential Equations,
The study of the eigenvalue problem when the nonlinear term is placed in the equation, that is when one considers a quasilinear problem of the form −∆ p u = λ|u| p−2 u with
Since we are interested in bounds that incorporate only the phase individual properties and their volume fractions, there are mainly four different approaches: the variational method
The proof uses a set up of Seiberg Witten theory that replaces generic metrics by the construction of a localised Euler class of an infinite dimensional bundle with a Fredholm
