TWI262404B - System, method and machine-readable storage medium of transformation document management for structural language message - Google Patents

Abstract

A system, method and machine-readable storage medium of transformation document management for structural message include a storage device and a record generation module. The storage device stores a first and a second definition document, and a transformation document. The record generation module receives the first and second definition document, and transformation document, parses a source identity, a target identity and target structure path. The record generation module parses a source structure path and a transformation rule corresponding to each target structure path, and generates a transformation table including the source and target identity, source and target structure path, and the transformation rule.

Description

1262404 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Field of the Invention The present invention is a message management system and method, and more particularly to a structured file conversion file management system and method. Prior Art Data exchange and integration within or between enterprises today is based on the extensible Markup Language (XML). Take the standard RosettaNet, which is currently in the high-tech industry supply chain, as an example, through the definition of the Partner Interface Process (PIP) of the operation process, to promote the inter-enterprise e-fathers, including the interest format and file content. The roles and operating procedures involved, and the content of the exchanged messages are based on the XML standard. However, under this trend, many repetitive and similar X μL file conversion procedures will need to be developed for system developers using the standard. Therefore, how to make XML files with different XML schemas convert to each other is a problem that system developers often need to face. '

On the common material conversion problem, the current practice is roughly divided into two types: one is to write conversion files for two different XML schemas, such as 'Extensible stylesheet language conversion (Extensible stylesheet Language: Transformati〇ns; XSLT) The file allows the XML file to be converted to an XML file using another schema, and the other to convert using an existing tool such as XML Mapper. XSLT is another XML-based language (a subset of the extensible stylesheet language XSL is used to define the format of an XML file, while XSLT contains templates and directives.

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Select and structure the operational data. Regardless of the method used, it will lead to the following disadvantages. First, manufacturers may repeatedly write the same conversion program, which wastes system development resources, and when the number of elements (eiement) of the XML file is large, the conversion is developed, not only easy. In addition, it is difficult to debug, and in addition, it is more difficult to integrate XML files between the two vendors. In this case, a system and method are required to effectively share the completed conversion rule definition file or generate a new conversion rule definition file to reduce the burden on the developer. Summary of the invention

In view of the change of file management technology, the new technology is based on the system and the method, the display is linked to the file, and the multiple recalls contain the sample version of the query extensible and between the elements (for example, XML, ten Set 1VI < system and method, 'effectively share the rules of the changed rules definition, this is the first, set up a device, input and install together. Store the expandable sign language one by the program command module and convert the temple currency without swallowing The hierarchy defined by Wu Lu contains the definition of the document.

The conversion rule definition file can be converted by the conversion record and the conversion pattern, and the conversion file management device, a central processing unit, a device, and a communication device, which are used to alleviate the burden of the developer, and use the confluence ^ Store multiple copies of the Extensible Markup Language conversion file and multiple conversion tables. The conversion record of the stone horse is generated by a module and a pattern generation module. ^ pieces through the description element (element) wood to complete the entire structured message within the extensible markup language conversion file set |

1262404 V. Invention Description (3) The head of the two extensible markup messages and the multiple conversion details. , conversion rules. The conversion table contains a table description, the identification field of the source file, and the header contains the conversion table name, category, conversion detail record containing the source text, and the identification field of the destination file. Each of the elements and the element path of the destination file = the path of the element (xpath), the conversion of the original conversion record generation module, and a conversion rule definition file, first input a source file, a destination file (parse) source file, and a conversion record generation module. The parsable piece and the destination file are obtained, and the rule definition file is obtained, or the source code identification code is parsed. From the destination file = the identifier of the file and all the destination elements of the destination file and its destination gentleman 搂々 y, parse the structure path and parse the conversion rule & 々: 冓路杈. For each purpose path and conversion principle. The identification code of the source=corresponding source structure file, and the conversion principle including the incoming component=identification code, the destination and destination structure path, and the conversion principle are stored in the storage device. ^ According to the data structure conversion template query module of the conversion table, a graphical user interface (GUI) is provided, which facilitates the identification of the gQPhcal code, the identification code of the destination file, the element path or the source file. Find the corresponding conversion table in the media, and focus on the poor, to the storage. One (four) results are displayed in the display device "Cai two conversion sample, 1. Health module: first input two conversions The first conversion table of the transitive relationship (transitlve relation) and the purpose of generating a conversion rule definition file 'this conversion rule-definition text: 可〇213-A40128TWF(Nn:SNOWRAU. ptd 1262404

Let the judgment be made by the second turn. The second block conversion path record, the purpose of the third conversion implement in the first conversion table conversion table storage table storage table of the purpose of the conversion table of the source of the source file to generate a conversion file and the second conversion table according to the A conversion path is generated to generate a table change. The source of the document The knowledge of the piece of the game. The following source table corresponds to the structure of the file Structured message The domain and the third conversion source file, purpose, to find the structure path phase source structure path conversion rule definition message. The file in the above table is converted into the same data and the first file is converted into the identification field of the corresponding recursive relationship. The source text block stores the purpose of the conversion table and the corresponding conversion table.

1 is a system architecture diagram of a conversion document management system for structured messages according to an embodiment of the present invention. The conversion file management system 10 according to the present invention includes a storage device /1; a processor 12, a memory 13, a display device 14, an input device 15, and a communication device 16, and is connected thereto using a bus bar 17 together. Anyone familiar with the art knows that a large computer (mainframe), a personal computer, and a workstation can be formed in combination with the storage device 1 i, the central processing unit 2, the memory 13, the display device 14, the input device 15, and the communication device 16. , laptop or other computer equipment. The storage device 11 stores a plurality of extensible markup language definition files 1 11, a plurality of extensible markup language conversion files 丨丨2, and a plurality of conversion tables 1 1 3 . The memory 13 includes a conversion record generation module 131 composed of program instruction codes, a conversion pattern inquiry module 丨32, and a conversion pattern generation module 133. The central processing 1 2 is used to load the memory 13

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The module 131, the conversion pattern query module 132, and the conversion sample generation module 133 are executed, and the structured document conversion file is executed according to the program command and the data input by the user through the input device 15. The management function, in the preferred case, displays the executed result to the display device 14, and the extensible markup language definition file 111 completes the entire structured message content through the description element (element) and the hierarchical inclusion relationship between the elements. The definition of (for example, an XML file) may be an XML Schema or a Document Type D efiniti ο η (DTD) file in an optimal case. According to an embodiment of the present invention, the storage device 11 stores three XML schema files, and the first XML schema content is as follows, <?xml version = ’’1.0n encoding:, 'UTF-8’’? 〉 <xs : schema targetNamespace = M http://www.mysamples.com/sampleln xmlns="http://www.mysamples.com/samplel" xmlns:xs = M http://www.w3.org /2001/XMLSchema"elementFormDefault=丨'qualified丨,><xs: element name =丨,author” type = f, xsrstring" / ><xs : e 1 ement name =丨丨book丨丨><xs : comp 1exType><xs:sequence><xs:element ref = M name1' /><xs : e 1 emen t ref II, 'author''/>

1262404 V. Invention Description (6) <xs:element ref <xs:e1ement ref </xs:sequence〉 </xs:complexType></xs:element〉<xs:e 1 ement name = n goods"><xs: comp 1exType><xs:sequence〉<xs:e1ementmaxOccurs="unbounded"/></xs: sequence〉 </xs:complexType></xs:e1ement><xs:element name: <xs : e 1 ement name: <xs:e1ement name </xs:schema> The second XML schema content is as follows, <?xm 1 version =丨丨1.0 丨' encoding <xs: schema targetNamespace = M http://www.mysamples.com/sample2 xmlns II" http://www. mysamples.com/sample2 丨, xmlns:xs = M http://www. w3.org/2001/XMLSchemaM elementFormDefault = n qualified">ISBN"/>publisher"/> ref II, 'book Φ ISBN name type=Mxs:stringM/> type = ,' xs : string"/> publisher" type =丨'xsistring1 丨/ > UTF-8,f ?>#

0213-A40128TWF(N1);SNOWBALL·ptd Page 10 1262404 V. Invention Description (7) <xs:element name = ni tern"><xs: comp 1exType><xs: sequence〉 <xs: Element ref two ''id 丨'/><xs:e1ement ref = '丨namen/><xs:e1ement ref = n maker"/></xs:sequence></xs:complexType></xs:element〉 Φ <xs : e 1 ement name ="i dM type = n xs:string"/>nxs:string"/>xs:string”/> ref =" Item UTF-8" ? ><xs:element name = " maker11 type <xs : e 1 ement name =丨,name丨' type = <xs:e1ement name = M rootM><xs: comp 1 exType><xs : sequence〉 <xs:e1ement maxOccurs =丨丨unbounded” / ></xs:sequence></xs:complexType></xs:element〉</xs:schema> Third XML schema content As shown below, <?xm 1 version"丨1.0'丨encodings <xs: schema

0213-A40128TWF(N1);5 hPtd Page 11 1262404 V. Description of invention (8) targetNamespace="http://www.mysamples.com/sample3 xmlns=丨丨http://www. mysamples.com/sample3丨丨xmlns:xs = M http://www.w3.org/2001/XMLSchema"elementFormDefault="qualified"><xs:e 1 ement name = Mbook"><xs: comp 1exType><;xs:sequence〉 ref 二丨, i temn <xs:e1ement maxOccurs = n unboundedn/></xs: sequence〉 </xs:complexType></xs:e 1 ement><xs : e 1 ement name = "i tern"><xs: comp 1exType><xs : sequence〉 <xs : e 1 ement ref 二丨丨name"/><xs : e 1 ement re f =f, i dM / ><xs:e1ementref="writer"/><xs:e1ement ref = M publishing-house"/></xs: sequence〉 </xs:complexType&gt ; </xs : e1ement><xs : e 1 ement name = ”list 丨丨><xs:complexType>

Page 12 0213-A40128TWF(N1); SNOWBALL·ptd 1262404 V. Invention Description (9) <xs:sequence〉 <xs : e 1 emen t ref = ” object 丨丨/ ></xs : sequence 〉 </xs: comp 1exType></xs : e 1 ement><xs:element name =M id" type two 丨'xs:string"/><xs : e 1 ement name = "Name" type = Mxs:string"/><xs: element name =M object"><xs: comp 1exType> « <xs : sequence〉 <xs : e 1 ement ref Two'丨book丨'/></xs: sequence〉 </xs:complexType></xs : e 1 ement><xs:element name =丨丨publishing - house” type two n xs:stringn/><xs: element name:丨丨writer” type = nxs:stringn / ></xs : schema> In these three XML schema files, the namespace is 1 http://www. mysamples, Com/sampleln, 丨, http://www.mysamples.com/sample2" and 丨丨http : "www· mysamples· com/sampl e3f丨° The first XML schema file contains four elements, "name, , n author,,, n ISBNn and "publisher", where the element path (XPath) is ΪΗ 0213-A40128TW(Nl); SNOWBALL.ptd page 13 1262404 5. Invention description (10) M goods/book/name&quot ; ^ "goods/book/author", 丨丨goods/book/ISBN'丨 and 丨丨g〇〇ds/book/publishern. The second XML schema file contains three elements, "id'1,,, name, 'and "maker", where the element path (xpath) is M root /item /idπ, 丨, root/item/name&quot ; and " root/item/maker". The third XML schema file contains four elements, ''name,,, ''writer', nidn, and 'publishing-house", where the element path (XPath) respectively Is π 1ist/object/book/item/nameM , list/object/book/item/writer", '' 1 ist/object/book/i tem/id', and n list/object/book/item/publishing- The expandable markup language conversion file 12 defines a conversion rule for two extensible markup messages, preferably an extendable stylesheet language conversion (XSLT) file. According to an embodiment of the invention, the storage device 11 stores Two XSLT files 'The first XSLT file defines the conversion rules for converting from the first XML schema file to the third XML schema file. The content is as follows, <?xml version two π1·0" encoding:"UTF-8 "?> <xs1: sty 1esheet xmlns:ns=nhttp:/ /www·mysamples.com/sampler xmlns: xsl = M http: / /www. w3. or g/ 1 999/XSL/Trans for m,f ><xsl:templatematch:丨丨"><1ist>< object >

Page 14 1262404 V. Invention Description (11) <book>< i tem><name><xs 1 :va 1 ue-of select^"ns:goods/ns:book/ns:name"/></name><id><xsl:value-ofselect=nns:goods/ns:book/ns:ISBNn/></id><wr i ter>

<xsl:value-of slect = nns:goods/ns:book/ns:author丨丨/ ></wr i ter><publishing-house><xsl ·· value-of select = M ns :goods/ns:book/ns:publishern/></publishing-house></item></book></object>

</ 1 i st></xs1: temp 1 ate></xs 1 : sty 1 esheet> The second XSLT file defines a conversion rule for converting from the third XML schema file to the XML schema file, as follows As shown,

0213-A40128TWF(N1);SNOWBALL·ptd Page 15 1262404 V. INSTRUCTIONS (12) UTF-8,,? ><?xm 1 version = , 丨1.0 丨丨encoding <xs1:sty 1 esheet xmlns:ns =丨丨http://www. mysamples.com/sample3n xmlns:xsl = n http://www. w3.org/1999/XSL/Transformn ><xsl: template match =" /M ><root>< i tem><id><xs1:va 1 ue-of select =丨' Ns: list/ns:object/ns:book/ns: item/ns: id 丨丨/ ></id><name><xsl :value-of select^'1 ns: list/ns: Object/ns:book/ns: item/ns:name"/></name><raaker><xsl :value-of selectsecondsns: list/ns:object/ns:book/ns : item/ns:write r丨' /></maker> _ </i tem></root></xs1: temp 1 ate></xs1: sty 1 esheet> first XSLT The file is based on the elemental schema of the third XML schema file, 1262404. V. Description (13) 'Define the rules for converting the information contained in each element from which the element is to be selected from the first XML schema file. In the first XSLT file, the quaternion included in the third XML schema file is converted to "n. The transformation rules of n wr i ter,,,, ' idn and , publ i shing-house1' are divided into 丨J, &, <xs 卜 valUe~〇f select^nsigoods/nsibook/nsinameVV丨,丨丨<xs 1 :va1ue-of select = '丨ns:goods/ns:book/ns:author''/>丨丨,” <xsl :value-of select^"ns:goods/ Ns:bo〇k/ns:ISBN"/>" and n <xsl:value-〇f select two 丨'ns:goods/ns:book/ns:publisher"/>n 〇second XSLT file Based on the element schema of the second XML schema file, define a conversion rule in which each element selects which of the elements contained in the third XML schema file. In the first XSLT file, the conversion rules for converting the four elements included in the second XML schema file, id, ', n name, 1 and ''maker' are respectively "<xSl : value- 〇f select^"ns: list/ns:object/ns:book/ns:item/ns:id" / > 丨', n<xsl:value-of select:n ns:list/ns:object/ Ns:book/ns:item/ns:name" />" and "<xsl:value-of select^" ns:list/ns:object/ns:book/ns:item/ns:write r" />". According to an embodiment of the present invention, each conversion table 1 1 3 includes a header and a plurality of conversion detail records. The header contains the conversion table name, category, and description

0213-A40128TW(Nl);SNOWBALL.ptd Page 17 1262404

1. The identification field of the source (soyce) file identifies the domain by file. The per-pen conversion detail record contains the path of the two files (XPath) and the meta-path of the transfer. The conversion table 113 can be recorded in an associated database system, a system, a building system, or other system for storing data. Do not block the library. Conversion record generation simulation day 1 q I. Extensible markup language definition file hundred it::;, file (that is, source markup language definition file) and one turn (two: purpose expandable

It doesn't matter s conversion file). The conversion record generation module 131 can parse the (:!·:) source file and the conversion rule definition file, or parse the source text, and the destination file 'get the identification field of the source file and the identification field of the destination file from the destination file or convert In the rule definition file, all the target elements included and their destination structure paths are parsed. The conversion rule definition file is parsed for each purpose, and the corresponding source structure path and conversion principle are obtained. The identification domain of the source file to be parsed, the identification domain of the destination file, and a plurality of conversion principle data including the source structure path, the conversion principle, and the destination structure path are stored in the storage device according to the data structure of the conversion table 13 in.

According to the embodiment of the present invention, the conversion record generation module 131 inputs first the first XML schema file, the third XML schema file, and the first XSLT file, wherein the first XML schema file is the source file, and the third The XML schema file is a destination file, and the first XSLT file is a conversion rule definition file for converting an XML file corresponding to the source file into an xml file corresponding to the destination file. The conversion record generation module 丨 3 1 will automatically resolve

1262404 V. Description of invention (15) Identification field of source file, identification field of destination file, = path, conversion principle, and transfer of destination structure path: source: The data structure of the conversion table U3 is stored in the storage device.丨 枓 枓 系 表示 表示 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据The conversion table is shown in FIG. 2B where the second intent of the example according to the embodiment of the present invention is described, and all conversion principles from the file corresponding to the third XML schema to the XML file of the second XML schema are described. . The visual conversion template query module 1 3 2 provides a graphical user interface (GUI) for the user to input::: the identification domain, the destination file, the element path or its " Then, the corresponding conversion table 113 is found in the storage device n, and the result of the OFF is displayed on the display device 14. ~ ° 曰 conversion template generation module 1 33 first input two first conversion table with transuive reiation and the second conversion ', = in the generation of a conversion rule definition file, this conversion rule definition text let The structuring of the source file corresponding to the first conversion table: the structured message of the destination file of the second conversion table. The above-mentioned recursion is judged by the identification field of the source file of the two conversion tables 1 1 3 and the ', σ field of the destination file. The conversion pattern generation module 133 generates one of the third conversion tables, the source file field stores the source file of the first conversion table, and the destination field stores the destination file of the second conversion table. Next, find out that the destination structure path of the mth table is the same as the source structure path of the second conversion table. For the conversion detail record, according to the source structure path of the first conversion table and the

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V. INSTRUCTIONS (16) The purpose structure path of a conversion table, and the corresponding third conversion table. I corresponding to the conversion rule definition file into the ΚΐΓ ΐ ΐ ' 'transformation pattern generation module 133 first lose m - r ^ ^. The dry case conversion table, and as shown in Figure 2b; In the first example of the conversion table, the record of the first example conversion table 3 1 1 corresponds to the second example, and the table is changed. The record 322, the record 312 of the first example conversion table corresponds to the record 321 of the first example conversion table, and the record 313 of the first example conversion table corresponds to the record 323 of the first example conversion table. A corresponding conversion rule definition file and a corresponding third conversion table are generated according to the source structure path of the first conversion table and the destination structure path of the second conversion table. Figure 3 is a diagram showing an example third conversion table according to an embodiment of the present invention, which includes the above automatically parsed data, and the automatically generated third XSLT file is as follows, <?xml version:丨丨1.0'丨Encoding: 丨, UTF-8 丨丨? ><xs1:sty 1 esheet xmlns:ns = ff http://www. mysamples.com/sampleln xmlns:xsl = M http://www.w3.org/1 999/XSL/Transformn><xsl :template match:V丨丨><root>< i tem><id><xsl :value-of select^" ns:goods/ns:book/ns: ISBN,f/>

0213-A40128TWF(Nl); SN〇WBALL.ptd Page 20 1262404 V. Invention Description (17) </id><name><xsl :value-of select^" ns:goods/ns:book/ Ns:name丨, / ></name><maker><xsl :value-of </maker>

</i tem></root></xs 1 : temp 1 ate></xs 1 : sty 1 esheet>

Although the embodiment of the present invention takes two conversion tables with conversion and recursion relationships as an example, it is not limited to only processing two conversion tables, and may also accept two or more conversion tables having conversion and recursion relationships for generating Conversion rule definition file. For example, suppose that there are three conversion tables respectively, the definition definition file A is converted to the definition file B, the definition file B is converted to the definition file C, and the definition file C is converted to the definition file D, if the definition file a is to be automatically generated and converted to the definition file D. The conversion pattern generation module 1 33 will be based on the definition file D, first find the source structure path corresponding to C of C, find the source structure path corresponding to c b 'finally find the source structure path corresponding to B of C a. Figure 4 is a flow chart showing a method for generating a conversion record of a structured message according to an embodiment of the present invention.

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It consists of code and can be loaded and executed by the central processor. As shown in step S411, f first inputs a source file, a destination file, and a conversion rule definition file. As shown in step 34 2, parsing the source file and the conversion rule definition file, or parsing the source file and the destination file 'getting the identification field of the source file and the destination file, as shown in 4S431, from the destination file or in the conversion , parsing a new destination element and its destination structure path U step S432, parsing the transformation rule definition file, obtaining the corresponding purpose path, ΪΪΐΪΪΪ and conversion principle. Proceed as step _: S431, continue to parse the next destination structure path, otherwise step S441. As shown in step S441, it will be parsed: the identification field of the other object file, and the conversion of the structure path of each of the four different fields, and then the source path is stored in the source data structure. The storage device 。. The fifth diagram of the conversion table 117 shows the conversion of the file management according to the implementation of the present invention: the conversion of the constitutive machine _ code constitutes 'can be carried by the central processor; The method is as shown in step S511, the first game 铨A; plus η 1 丁. (transitive relaU〇n) first sound, conversion recursion relationship The above recursive relationship can be derived from the two conversion table ll3 , the identification field of the destination file to determine the identification field of the text and the header of the change table, the source of the source file blocking ^ the conversion table

1262404 V. Invention Description (19) File, destination file block storage second As shown in step S521, the destination file of the first drum table is found. The source structure path of the second conversion table is the destination structure path and the destination source structure path of the conversion table and the second record. Next, the table=detailed pairwise conversion detail record is displayed as shown in step S523, and if so, it is returned = off, and there is another S531. If step %31 = S521, otherwise the step is to define the file. The invention does not generate a conversion gauge corresponding to the third conversion table. The invention provides a computer readable brain program, and the computer program is used to implement a method for generating a conversion record for storing a power. Figure 6 shows the steps in accordance with the present invention. The conversion of the structured message of the file management conversion record generation method. The storage medium 60 is configured to store a conversion file management of an electrical storage medium/intentional structured message, and the implementation program comprises five logics, respectively: ===:====================================================== 621. The parsing source and the identification field logic 622, the parsing destination element path, the file should be the destination element path conversion principle logic 62 production, phase separation 625. Further, the present invention proposes a computer readable storage medium for opening a package of smuggling, and the above-mentioned electric program is used to realize the conversion of the structured information from the file management. Method, this sigma conversion will perform as described above

1262404 Five 'Inventions (20) steps.

Figure 7 is a schematic diagram showing a computer readable storage medium for converting a structured message according to an embodiment of the present invention. The storage medium 7 is used to store a computer program 720 for implementing a conversion template management method for converting file management of structured messages. The computer program comprises five logics, which are respectively receiving a first conversion table with a conversion recursive relationship and a second conversion table logic 72, generating a third conversion table header logic 722, and obtaining a structure path of the first conversion table. The source of the second conversion table is the same pair of conversion detail record logic 7 2 3, the conversion detail record logic 724 of the third conversion table is generated and the conversion rule definition file logic is generated. Therefore, by the system and method provided by the present invention, Effective sharing of written or generated new conversion rule definition files. The conversion file of the structured message is written to the completion of the conversion rule definition file </ RTI> to alleviate the developer's negative </ RTI> is not intended to limit the present invention without departing from the spirit and scope of the invention. Although the embodiments of the present invention are disclosed as the invention, any one skilled in the art can make some modifications and refinements within the scope of the invention, as defined by the appended claims.

BRIEF DESCRIPTION OF THE DRAWINGS The above objects, features, and advantages of the invention will be more apparent and understood. Structured Message Conversion System Architecture diagram; &amp; 2a diagram showing an example of a first conversion representation according to an embodiment of the present invention. FIG. 2b is a diagram showing an example second conversion representation according to an embodiment of the present invention. 3 is a diagram showing an example of a third conversion representation according to an embodiment of the present invention. The conversion of the message ί is converted according to the present invention; the management of the conversion record generation party, / '&quot;, The computer-readable storage medium of the conversion method is shown in Fig. 7. The conversion of the structured message generated by the conversion pattern generation method according to the present invention is shown in the figure 7 of the computer readable storage medium. ~ Structured message conversion text 11 ~ storage device; ten G theory 1 2 ~ central processor; 0213-A40128TWF (Nl); SNOWBALL.ptd page 25 1262404 simple description of the diagram 1 3 ~ memory; 1 4 ~ Display Display device; 15~ input device; 1 6~ communication device; 1 7~ bus bar; 1 3 1~ conversion record generation module; 1 3 2~ conversion sample query module; 1 3 3~ conversion template generation mode Group; 3 11, 3 1 2, 31 3, 3 1 4~ conversion detail record;

3 2 1, 3 2 2, 3 2 3~ conversion detail record; S411, S42l.....S44 operation steps; S511, S521, ..., S531~ operation steps; 6 2 0~ structured message conversion file Management conversion record generation method computer program; 6 2 1~ receiving source file, destination file and conversion rule definition file logic;

6 2 2~ parsing the source file and the destination 623~ parsing the destination element after the road 6 2 4~ parsing the corresponding destination element 625~ generating the conversion table logic; 7 2 0~ the structured message conversion text computer program; the identification of the file Domain logic; logic; path conversion principle logic; piece management conversion pattern generation method-conversion table and second conversion 72 1~ receiving table logic with conversion recursion relationship;

1262404__ Schematic description 722~ generate third conversion table header logic; 723~ obtain the first conversion table and the same conversion path as the source path of the second conversion table; 724~ generate the third conversion Table conversion detail record logic; 72 5~ Generate conversion rule definition file logic.

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Claims (1)

1262404 VI. Patent Application Range 1 · A structured document conversion file management system, comprising: a storage device for storing a first definition file, a file and a conversion file, wherein the definition file is through a description element (T : The hierarchical coffee between the two types of elements is prepared in accordance with the conversion rule of the above-mentioned first structured message corresponding to the above-mentioned first structured message, and converted into a conversion rule corresponding to the above structured message; The above-mentioned conversion record generation module receives the second definition file of the first definition text and the conversion component, and the conversion file parses the identification code of one of the second definition files corresponding to the definition, which is described in the conversion file. The parsing-destination structure path: the parcel path, the conversion record generation module generates and stores the above path and the conversion principle-conversion table, 2 changes the table to a storage device. The converted text interface of the structured message is used to round the t-transformation query module and provide the name of the graphical operation element. The source identification code, the destination identification code or a code, the destination=storage device searches for the above-mentioned conversion table corresponding to the source identifier of the above-mentioned source identification, and displays the conversion table as j The identification code or the above element name on page 28 0213.A40128TW (Nl); SN〇WBAa.ptd 1262404 In the case of 4: 转换 it: the structured file conversion document, the above-mentioned extensible markup language definition markup language schema (XML schema) file or file type definition, version (Document type Definition; DTD) file. A conversion file management system for structured information as described in the scope of the patent application, wherein the conversion file is an Extensible Style Sheet Language (XSLT) file. # 5· — A structured file conversion file management system, including: a storage device for storing a first conversion table and a second conversion table, wherein the conversion table includes a source identification code, a destination identification code, and a plurality of destination structure paths, a source structure path, and a a conversion rule record of the conversion principle, wherein the identification code corresponds to a definition file, and the structure path corresponds to an element in the definition file; a conversion pattern generation module receives the first conversion table having a conversion recursive relationship and the second conversion table, and generates a source identification code included in the first conversion table and the foregoing destination in the second conversion table a conversion table header of one of the identification codes of the second conversion table, searching for a pair of first conversion detail records and a second conversion of the destination structure road of the first conversion table and the source structure path of the second conversion table The detail record generates a third conversion detail record of the third conversion table including the source structure path corresponding to the first conversion detail record and the destination structure path corresponding to the second conversion detail record. 6 · Conversion of structured information as described in item $ of the patent application Page 29 1262404 6. Patent application scope management system, wherein the conversion pattern generation module generates a conversion file according to the third conversion table and the third conversion detail record. ^ 7. The system of converting documented documents of structured information as described in claim 5, wherein the above definition file is an XML Schema file or a D0cument type definition (DTD) file. . Item 2 ί n: The conversion text of the structured message described in the sixth item (=::: wherein the above conversion file is an extendable style sheet language conversion. 9. A structured message conversion file management method, which is processed by a central processing The device is equipped with the following steps: #一:牛, a second definition file, and - the hierarchical inclusion relationship between the morphemes ί n?1:" format And the meta-conformity corresponding to the above-mentioned structured message conversion of the second fixed-text file; the conversion rule of the structured message is loaded by the extensible markup language corresponding to the first definition file Or the conversion file parses one of the destination identifiers of one of the second definition files and the identification code corresponding to the upper centroid a; the structural path of the second definition text of the second definition; One of the above conversion files, one of the conversion principles and one to God # corresponds to the above purpose structure path + office, structure path; and 0231-A40128TWF (Nl); SNOWBAa.ptd page 30 1262404 Sixth, the structural path of the scope of application for patents: t source identification code, the above object identification code, change table, and: save the ί 2 structure path and the above conversion principle 1 such as φ &amp; conversion table in the above storage medium. The piece of management method, the structured message described in item 9 further comprises the following steps: supreme = knowledge! 1 code, the above object identifier or element %M ^ ^ u I search for the corresponding source identification code, upper description The above conversion of the element name ['and the name 丄iiii: the identification, the above-mentioned destination identification code or the upper syllabus is not displayed on the display device. Piece of pipe ^ square # / (four) (four) 9 _ structured message method 'The above definition file is an extensible XML -he.a) ^, Definition; DTD) file. 1 2·As stated in the scope of claim 9: :::: wherein the above conversion file is an extendable style = 1 3. A structured file conversion file management method, an electronic device of a central processing unit executes The method includes the steps of: receiving the first conversion table and the up-conversion table having a conversion recursion relationship, wherein each of the conversion tables includes a source identification code, an identification code, and a complex number including a destination structure path and a source location , a conversion rule record of the conversion principle, the above-mentioned identification and drinking, the above-mentioned structural path corresponds to the above-mentioned definition file, the above-mentioned one of the above-mentioned one-to-one conversion text name; the description of the target element conversion text, the conversion of the classical Chinese character conversion : The second goal is to construct a certain factor; 0213-A40128TWF(N1);SNOWBALL·ptd 1262404 VI. The scope of the patent application ^1 contains the above-mentioned source identification in the above first conversion table. A second conversion table is above the sincere from one of the enough - silk ~ ^ table - member of the 4 destination identification code The conversion table of the table searches for the first structural conversion path of the first conversion table and the pair of first conversion detail records and the first conversion detail record; and/or the generation includes the corresponding a source structure path of the first conversion detail record = and a third conversion detail record of the third conversion table corresponding to the destination structure path of the second conversion detail record. Lj· The method for managing the converted file of the structured message as described in item 3 of the patent application further includes a step of generating a conversion file according to the third conversion table and the second conversion detail record. 1 5 · A method for managing a converted document as described in claim 13 of the patent application, wherein the definition file is an XML schema file or a Document Type Definition (DTD) file. The conversion file management method of the structured message according to claim 14, wherein the conversion file is an extendable style sheet language conversion (XSLT) file. 1 7 - a computer readable storage medium for storing a computer program for loading into a computer system and causing the computer system to perform any of claims 9 to 12 The method described. 1 8 · A computer-readable storage medium for storing a computer program 0213-A40128TWF(Nl);SNOWBALL.ptd Page 32 1262404 0213-A40128TWF(Nl);SNOWBALL.ptd第33页