JP2010067214A - Asset creation support system, device and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To define the quality of a document in advance, and to manage the quality of the document without separation from the document. <P>SOLUTION: A document skeleton generation device includes: a document template DB 102 which includes a plurality of requirements entries and previously stores a document template in each document type; a requirement storing part 101 for storing a plurality of requirements entries; a document skeleton storing part 104 for storing each document skeleton information; a quality index DB 103 for storing the target value of a quality index in each document type; an inputting and outputting part 106 for writing an inputted each requirement entry in the requirement storing part 101; a document skeleton generating part 108 for generating document skeleton information in each document type by writing each requirement entry in the requirement storing part 101 while associated with each requirement entry in a designated document template; and a quality index setting part 110 for setting the target value of the quality index in the quality index DB 103 in the document skeleton information on the basis of the document type of the document skeleton information. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an asset creation support system, apparatus, and program. For example, the present invention relates to an asset creation support system, apparatus, and program capable of predefining the quality of a document and managing the quality of the document without being separated from the document. .

  There is a CASE (Computer Aided Software Engineering) tool as a software development support tool. As this CASE tool, there are many types of tools such as an upstream modeling support tool, a design document automatic creation tool, a source code automatic generation tool, a test support tool, a reverse support tool, and a project management tool.

  For example, a design document automatic creation tool and a source code automatic generation tool automatically generate a design document and source code based on this definition information when the definition information necessary for generating the design document or source code is input. . As an automatic source code generation tool, for example, a method is known in which design information is extracted from a specification, and a source code is automatically generated from the extracted design information and a source code template (see, for example, Patent Document 1). ).

The various tools described above are tightly coupled to each other from the viewpoint of smoothly supporting a series of software development.
JP 2008-52356 A

  However, the automatic creation tool and the automatic generation tool as described above usually have no particular problem, but according to the study of the present inventors, there are the following disadvantages.

  In other words, the inconvenience that the quality of the automatically generated document is not specified in advance (before the start of the process operation, before the generation), or the inconvenience is managed separately from the document even when the quality is specified in advance. There is.

  The present invention has been made in view of the above circumstances, and provides an asset creation support system, apparatus, and program capable of predefining the quality of a document and managing the quality of the document without separating it from the document. With the goal.

  According to a first aspect of the present invention, there is provided a document skeleton generation apparatus for generating document skeleton information for each document template, and a document for individually generating document editing information based on each of the generated document skeleton information. An asset creation support system for supporting creation of an asset made up of a plurality of digitized documents, each of which includes the document skeleton information and each document edit information, and the document skeleton generation device includes: A document template storage unit that stores a plurality of requirement items and a document template created in advance for each document type, a requirement storage unit for storing a plurality of requirement items, and stores each piece of document skeleton information Document skeleton storage means, quality index storage means for storing the target value of the quality index for each document type, and each requirement Requirement input means for accepting eye input, means for writing each inputted requirement item to the requirement storage means, template designating means for accepting designation of any document template in the document template storage means, First document skeleton generation means for generating document skeleton information for each document type by writing each requirement item in the requirement storage means in association with each requirement item in the designated document template, and the document skeleton Based on the document type of the information, the quality index storage means is searched, the quality index setting means for setting the target value of the quality index obtained by the search in the document skeleton information, and the set value of the quality target is set Document skeleton writing means for writing the written document skeleton information into the document skeleton storage means; Is an asset creation support system was painting.

  According to a second aspect of the present invention, in the asset creation support system according to the first aspect, the document skeleton generation device sets a traceability code setting unit that sets a unique traceability code for each requirement item in the document skeleton information. The document skeleton writing unit is an asset creation support system that writes document skeleton information in which each traceability code and a target value of the quality index are set in the document skeleton storage unit.

(Function)
According to the first aspect, for each document type, a quality index storage unit storing a target value of the quality index is provided, and the quality index in the quality index storage unit is determined based on the document type of the designated document template. With the configuration in which the target value is set in the document skeleton information, the quality of the document can be defined in advance, and the quality of the document can be managed without being separated from the document.

  According to the second aspect, by setting a unique traceability code for each requirement item in the document skeleton information, in addition to the action of the first aspect, the document skeleton in each electronic document is based on the traceability code. Since the requirement items of information can be searched, the traceability of each requirement item can be ensured.

  As described above, according to the present invention, the quality of a document can be defined in advance, and the quality of the document can be managed without being separated from the document.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic diagram showing a configuration of an asset creation support system according to an embodiment of the present invention. This asset creation support system includes a document skeleton generation device 100 for generating document skeleton information for each document template, and a document direct editing for individually generating document editing information based on each generated document skeleton information. The apparatus 200 and the indirect document editing apparatus 300 are provided to support creation of an asset including a plurality of digitized documents that individually include the document skeleton information and the document editing information.

  Specifically, in the asset creation support system, the document skeleton generation device 100, the document direct editing device 200, and the document indirect editing device 300 can communicate with each other via a network 400. Each of these devices 100, 200, and 300 can be implemented by either a hardware configuration or a combined configuration of hardware resources and software for each device. As the software of the combined configuration, a program that is installed in advance on a computer of a corresponding device from a network or a storage medium and that realizes the function of the corresponding device is used. This is the same for each device of a modified example described later.

  Here, as shown in FIG. 2, the document skeleton generation apparatus 100 includes a requirement storage unit 101, a document template DB 102, a quality index DB 103, a document skeleton storage unit 104, a document storage unit 105, an input / output unit 106, and a requirement analysis unit 107. The document skeleton generation unit 108, the traceability setting unit 109, the quality index setting unit 110, the document analysis unit 111, and the communication unit 112 are connected to each other via a bus.

  The requirement storage unit 101 is a memory that can be read / written from each of the units 106 to 112, and stores a plurality of requirement items.

  The document template DB 102 is a non-volatile storage device that can be read / written from each of the units 106 to 112, and includes a plurality of requirement items and stores a document template (document template file) created in advance for each document type. . Here, the document types of the document template are, for example, as shown in FIG. 7, “functional specification”, “system design”, “detailed design”, “implementation”, “unit test specification”, “integration test specification”, and “general test specification”. It may be described as a part of the document name of the template, such as “Test specification”. The plurality of requirement items included in the document template are described as “system configuration”, “functional overview”,... For each item code such as “1”, “2”,. Yes. Further, the document template DB 102 may store document definition information in addition to the document template. The document regulation information is information that defines a process name for creating an electronic document and a document skeleton name that indicates document skeleton information that is a source of the electronic document in association with each other. The document definition information is not limited to the association between the process name and the document skeleton name, and may be defined by associating the process name with the document skeleton name and the electronic document name.

  The quality index DB 103 is a non-volatile storage device that can be read / written from each unit 106 to 112, and stores a target value of the quality index for each document type.

  The document skeleton storage unit 104 is a non-volatile storage device that can be read / written from the units 106 to 112, and stores each document skeleton information (document table of contents information) generated by the document skeleton generation unit 108. The document skeleton information includes requirement items described in more detail than the requirement items of the document template, as can be seen from FIG. 8 and FIGS. Also, the requirement items of the document skeleton information are described for each item code such as “1- (1)”, “2- (1)”,. The digitized document includes document editing information described in more detail than the requirement items of the document skeleton information. In other words, a document including detailed document description elements is created as the creation process proceeds with a document template, document skeleton information, and an electronic document.

  The document storage unit 105 is a nonvolatile storage device that can be read / written from each of the units 106 to 112, and stores an electronic document. Here, the digitized document may have either a direct editing structure or an indirect editing structure. The direct editing structure is a structure composed of document skeleton information including document editing information. The indirect editing structure is a structure including document skeleton information and document editing information created in different areas.

  Further, the document storage unit 105 may store related document information in addition to the digitized document. Here, when the plurality of digitized documents individually having the document skeleton information generated by the document skeleton generation unit 108 have a parent-child relationship or a sibling relationship, the related document information includes the document name of each digitized document and the corresponding document information. Information including parent-child relationships or sibling relationships. The related document information is generated by the document skeleton generation unit 108 and written in the document storage unit 105.

  The input / output unit 106 is a functional unit including an input device such as a keyboard and a mouse, and an output device such as a display device. For example, the input / output unit 106 has a function of receiving input of each requirement item and stores each input requirement item as a requirement. A function for writing to the part 101, a function for accepting designation of any document template in the document template DB 102, a function for accepting input of information or a command based on an operation of the operator, and each part based on the inputted information or command It has a function of reading and displaying the stored contents 101 to 105, a function of sending input information or instructions to the units 107 to 112, and a function of displaying information received from the units 107 to 112.

  The requirement analysis unit 107 is activated by the document skeleton generation unit 108, and associates each requirement item in the requirement storage unit 101 with each requirement item in the specified document template based on the analysis result and the result of the analysis. Each requirement item in the requirement storage unit 101 has a function of sending it to the document skeleton generation unit 108.

  As the association of each requirement item, for example, a term common to the requirement item in the document template is included so as to send the “Web usage book system configuration diagram” in association with the requirement item “system configuration” in the document template. And the requirement item in the document template as in the case of sending out “24 hours of operation, 100,000 books, 1,000 lending users” in association with the requirement item “constraint condition” in the document template And a case based on not including a common term (or a case where a numerical value indicating performance is included) can be used as appropriate. Each requirement item written in the requirement storage unit 101 may be input in advance for each requirement item in the document template.

  Moreover, as each requirement item written in the requirement memory | storage part 101, there exist a functional requirement item regarding the original function which a customer requests | requires, and a non-functional requirement item regarding performance or security, for example. In the case of the requirement items shown in FIG. 11, the requirement items related to “2. Function overview” and “4. Function details” are function requirement items (Web-use book system function, book collection management using the Web, and book rental using the Web. And the requirement items relating to “1. System configuration” and “3. Restriction conditions” are non-functional requirement items (use book system configuration diagram, operation time, number of books, lending user).

  When the document skeleton generation unit 108 receives the specification of the document template from the input / output unit 106, the document skeleton generation unit 108 activates the requirement analysis unit 107 or the document analysis unit 111, and each requirement item received from the requirement analysis unit 107, or the document analysis unit A function for generating document skeleton information for each document type by writing each requirement item and document editing information received from 111 in association with each requirement item of the designated document template, a traceability setting unit 109, and a quality index It has a function of starting the setting unit 110 and a function of writing document skeleton information in which each traceability code and quality index target values are set to the document skeleton storage unit 104.

  Further, the document skeleton generation unit 108, when a plurality of digitized documents individually having the document skeleton information generated by the function for generating the document skeleton information is in a parent-child relationship or a sibling relationship, the document name of each digitized document And a function of generating related document information including information indicating the parent-child relationship or sibling relationship, and a function of writing the related document information in the document storage unit 105 may be further provided.

  Furthermore, when there is document specification information in the document template DB 102, the document skeleton generation unit 108 has document skeleton information having the document skeleton name in the document skeleton storage unit 104 for each document skeleton name in the document specification information. If the document skeleton information having the document skeleton name in the document specification information does not exist in the document skeleton storage unit 104 as a result of the determination, the document skeleton information having the document skeleton name is generated. In addition, a document template of a document type corresponding to the document skeleton name is designated as a function for generating the document skeleton information described above.

  When the traceability setting unit 109 is activated by the document skeleton generation unit 108, the traceability setting unit 109 sets a unique traceability code for each requirement item in the document skeleton information, and the document skeleton generation unit 108 includes a document skeleton in the digitized document. When generating new document skeleton information from information, a new traceability code is generated by adding a new code to each traceability code set for each requirement item in the document skeleton information in the electronic document, This new traceability code has a function for setting each requirement item in the new document skeleton information. The unique traceability code can be generated, for example, by adding a function number to the system code and sequentially adding a branch number. Specifically, the traceability code “TOSYO-210-100” of the “book registration function” shown in FIG. 11 is added in a format in which the function number “210” is added to the system code “TOSYO” and the branch number “100” is added. Has been generated. However, the present invention is not limited to this, and the traceability code may be a value having no format such as a random number, and may be a unique number.

  When activated by the document skeleton generation unit 108, the quality index setting unit 110 searches the quality index storage unit 103 based on the document type of the document skeleton information, and sets the target value of the quality index obtained by the search Has a function to set document skeleton information. Here, as a target value of the quality index, an arbitrary value such as an upper limit value, a lower limit value, a range value, or an out-of-range value can be used.

  The document analysis unit 111 is activated by the document skeleton generation unit 108 and associates each requirement item in the specified document template with the function of analyzing the digitized document in the document storage unit 105 and the result of the analysis. Each of the requirement items of the document skeleton information in the digitized document and the document editing information in the digitized document are transmitted to the document skeleton generation unit 108.

  The communication unit 112 is a communication interface between the document skeleton generation apparatus 100 and the document editing apparatuses 200 and 300.

  As shown in FIG. 3, the document direct editing apparatus 200 includes a document storage unit 201, an input / output unit 202, a communication unit 203, a document skeleton direct editing unit 204, an editing completion determination unit 205, and a quality determination unit 206 that are connected to each other via a bus. Connected.

  The document storage unit 201 is a storage device that can be read / written from each of the units 202 to 206, and stores an electronic document having a direct editing structure.

  The input / output unit 202 is a functional unit including an input device such as a keyboard and a mouse, and an output device such as a display device. For example, the input / output unit 202 displays a storage content of the document storage unit 201 and document skeleton information being displayed. Or, it has a function of accepting input of document editing information so as to overwrite and delete editing area information set in the digitized document.

  The communication unit 203 is a communication interface between the document direct editing apparatus 200 and the document skeleton generation apparatus 100. For example, the communication unit 203 receives a document skeleton information from the document skeleton generation apparatus 100, and receives the received document skeleton information. It has a function of writing to the document storage unit 201 and a function of transmitting an electronic document in the document storage unit 201 to the document skeleton generation apparatus 100.

  The document skeleton direct editing unit 204 performs the setting based on the function for setting the editing area information regarding the document editing information for each requirement item in the document skeleton information written in the document storage unit 201 and the input document editing information. It has a function for overwriting and erasing the editing area information and a function for starting the editing completion determination unit 205. In the document skeleton direct editing unit 204, the function for setting the editing area information is a function for generating an electronic document including the document skeleton information and setting the editing area information in the document skeleton information of the electronic document. ing.

  The editing completion determination unit 205 is activated by the document skeleton direct editing unit 204 and determines whether or not there is editing area information. If there is no editing area information as a result of this determination, the editing completion determination unit 205 receives the document skeleton information and the input information. It has a function of outputting an edit completion message of the digitized document including the document edit information to the input / output unit 202.

  The quality determination unit 206 outputs a result value of the quality index for the target value in the document skeleton information after the editing completion message is output, and the generated actual value indicates the quality index in the document skeleton information. It has a function for determining whether or not the target value is satisfied, and a function for ending the quality determination process when the target value is satisfied as a result of the determination.

  Here, the function of generating the actual value is a measurement function, a counting function, a calculation function, a determination function based on a contract document, as exemplified in the following (a) to (i), according to the content of the quality index: What is necessary is just to implement | achieve combining each function of these suitably.

  (A) When the quality index is a review time ratio, a function of measuring the time required for review of an electronic document including document skeleton information, a function of counting the number of pages of an electronic document including the document skeleton information, And a function for generating a performance value as a review time ratio by dividing the time required for the review by the number of pages.

  (B) In the case where the quality index is the number of review indications, a function for generating a performance value as the number of review indications indicating the number of comment insertions is included by counting the number of comments inserted in the digitized document.

  (C) When the quality indicator is review indication density, a function for counting the number of comments inserted in the digitized document and a function for counting the number of pages of the digitized document (the number of lines when the digitized document is source code) And a function of generating an actual value as a review indication density by dividing the number of inserted comments by the number of pages (or the number of lines).

  (D) When the quality index is the number of pages of the digitized document, a function for counting the number of pages of the digitized document is included.

  (E) When the quality index is the number of drawings in the digitized document, a function for counting the number of drawings in the digitized document is included.

  (F) When the quality index is function complexity, a function for calculating the function complexity in the digitized document is included.

  (G) When the quality index is a coding standard compliance level, for example, based on a coding standard document stored in advance in the document storage unit 201 or the like, the source code (program code and execution code) in the digitized document comply with the coding standard. A function to determine whether or not the code, a function that counts the number of lines that do not comply with the coding standards, a function that counts the number of lines in the entire source code, and a number of lines that do not receive the coding standards Is divided by the number of lines of the entire source code to generate a performance value as a coding standard compliance level. The coding convention is not limited to the coding convention of the source code. For example, when the digitized document is an XML (Extensible Markup Language) document, it may be an XML convention.

  (H) When the quality index is the number of tests, a function for counting the number of tests is included. When the quality index is the test coverage, the test coverage ratio is obtained by dividing the number of tests, the function of counting the number of source code lines in the digitized document, and dividing the number of tests by the number of source code lines. As a result, it includes a function to generate actual values.

  (I) When the quality index is a defect correction time, a function for measuring the defect correction time of the source code is included.

  As shown in FIG. 4, the indirect document editing apparatus 300 includes a document storage unit 301, an input / output unit 302, a communication unit 303, a document skeleton indirect editing unit 304, an editing completion determination unit 305, and a quality determination unit 306.

  The document storage unit 301 is a storage device that can be read / written from each of the units 302 to 306, and stores an electronic document having an indirect editing structure.

  The input / output unit 302 is a functional unit including an input device such as a keyboard and a mouse and an output device such as a display device. For example, the input / output unit 302 has a function of displaying the storage contents of the document storage unit 301 and document skeleton information being displayed. Or, it has a function of accepting input of document editing information so as to overwrite and delete editing area information set in the digitized document.

  The communication unit 303 is a communication interface between the document indirect editing apparatus 300 and the document skeleton generation apparatus 100. For example, the communication unit 303 receives a document skeleton information from the document skeleton generation apparatus 100, and receives the received document skeleton information. It has a function of writing to the document storage unit 301 and a function of transmitting the digitized document in the document storage unit 301 to the document skeleton generation apparatus 100.

  The document skeleton indirect editing unit 304 performs the setting based on the function for setting the editing area information regarding the document editing information for each requirement item in the document skeleton information written in the document storage unit 301 and the input document editing information. It has a function for overwriting and erasing the editing area information and a function for starting the editing completion determination unit 305. In the document skeleton indirect editing unit 304, the function of setting the editing area information is a function of generating an electronic document including the document skeleton information and setting the editing area information in the document skeleton information of the electronic document. ing.

  The editing completion determination unit 305 is activated by the document skeleton indirect editing unit 304 and determines whether or not there is editing area information. If there is no editing area information as a result of this determination, the editing completion determination unit 305 receives the document skeleton information and the input. A function of outputting an edit completion message of the digitized document including the document edit information to the input / output unit 302.

  The quality determination unit 306 has a function of generating an actual value of the quality index related to the quality index at the target value in the document skeleton information after the output of the editing completion message, and the generated actual value is the quality index in the document skeleton information. It has a function for determining whether or not the target value is satisfied, and a function for ending the quality determination process when the target value is satisfied as a result of the determination. About the function which produces | generates a track record value, the function similar to the function of the quality determination part 206 mentioned above is included.

  Note that at least one of the document direct editing apparatus 200 and the document indirect editing apparatus 300 may be provided, and the other may be omitted. Further, the document direct editing apparatus 200 and the document indirect editing apparatus 300 may be integrated into one document editing apparatus 300 'as shown in FIG. 5, for example. The document skeleton editing unit 304 ′ has the functions of the above-described units 204 and 304.

  Furthermore, the asset creation support system may be provided as a client-server type system as shown in FIG. In this case, the document creation support apparatus 100A as a client includes the above-described units 101 and 104 to 112, and further includes units 113 to 115 similar to the units 304 'to 306 described above.

  The server apparatus 100B has the document template DB 102 and the quality index DB 103 described above, and further DB management for managing and executing read / write processing of each of the DBs 102 and 103 in response to a request from the document creation support apparatus 100A. Part 116 is provided.

  Further, the asset creation support system may be realized by changing the arrangement of the units 101 to 116 shown in FIG.

  Next, the operation of the asset creation support system configured as described above will be described with reference to FIGS. In the following description, as document templates, as shown in FIG. 7 to FIG. 9, a function specification template tmp1, a system design template tmp2, a detailed design template tmp3, a mounting template tmp4, a unit test template tmp5, a combined test template tmp6, a comprehensive The test template tmp7 will be described as an example. Similarly, the document skeleton information includes functional specification skeleton skt1, system design skeleton skt2, detailed design skeleton skt3, mounting skeleton skt4, unit test skeleton skt5, combined test skeleton skt6, and comprehensive test skeleton skt7 as shown in FIGS. Is described as an example.

(Document Skeleton Generation Operation: FIGS. 18 and 19)
In the document skeleton generation apparatus 100, the input / output unit 106 receives input of each requirement item by the operation of the input / output unit 106 by the operator (ST1), and writes each requirement item in the requirement storage unit 101.

  In the document skeleton generation apparatus 100, the input / output unit 106 receives, for example, designation of the function specification template tmp1 by the operation of the input / output unit 106 by the operator (ST2).

  In the document skeleton generation apparatus 100, when the document skeleton generation unit 108 receives the specification of the function specification template tmp1 from the input / output unit 106, the requirement skeleton analysis unit 107 is activated.

  When activated, the requirement analysis unit 107 analyzes each requirement item in the requirement storage unit 101 (ST3). Thereafter, based on the result of this analysis, the requirement analysis unit 107 sends each requirement item in the requirement storage unit 101 to the document skeleton generation unit 108 in association with each requirement item in the specified functional specification template tmp1.

  The document skeleton generation unit 108 generates the functional specification skeleton skt1 by writing these requirement items in association with the requirement items of the designated functional specification template tmp1 (ST4). In addition, the document skeleton generation unit 108 activates the traceability setting unit 109 and the quality index setting unit 110.

  When activated, the traceability setting unit 109 generates and sets a unique traceability code for each requirement item in the functional specification skeleton skt1 (ST5 to ST6). Here, when setting the traceability code, as shown in FIG. 11, the traceability codes are set in the form of enumerating each traceability code for each item code indicating the requirement item. As shown, each traceability code may be set in a format describing each requirement item.

  When activated, the quality index setting unit 110 searches the quality index storage unit 103 based on the document type of the functional specification skeleton skt1 (ST7), and sets the target value of the quality index obtained by the search as the functional specification. The skeleton skt1 is set (ST8).

  Thereafter, the document skeleton generation unit 108 stores the functional specification skeleton skt1 in which the target values of the traceability codes and the quality index are set in the document skeleton storage unit 104 (ST9). Thereby, the generation operation of the functional specification skeleton skt1 is completed.

(Electronic document creation operation: FIG. 20 and FIG. 21)
In the document skeleton generation device 100, it is assumed that the communication unit 112 transmits the functional specification skeleton skt1 in the document skeleton storage unit 104 to, for example, the document indirect editing device 300 by the operation of the input / output unit 106 by the operator. Instead of the document indirect editing apparatus 300, the document may be transmitted to the document direct editing apparatus 200.

  In the indirect document editing apparatus 300, when the communication unit 303 receives the functional specification skeleton skt1 (ST11), the functional specification skeleton skt1 is written in the document storage unit 301.

  The indirect document editing unit 304 determines whether or not the functional specification skeleton skt1 in the document storage unit 301 is new editing based on whether or not the functional specification editing area is initialized (ST12). The function specification editing area is initialized (ST13). In this initialization, specifically, editing area information related to document editing information is set for each requirement item in the functional specification skeleton skt1 written in the document storage unit 301. If the result of determination in step ST13 is not new editing, the process proceeds to step ST14.

  Subsequently, in the indirect document editing apparatus 300, the input / output unit 302 displays the functional specification skeleton skt1 and is set for the displayed functional specification skeleton skt1 by the operation of the input / output unit 302 by the operator. Input of document editing information is accepted so as to overwrite the editing area information (ST14).

  The document skeleton indirect editing unit 304 overwrites and deletes the editing area information with the input document editing information. Thereby, the area in which the editing area information is set is edited with the document editing information (ST15). In addition, the document skeleton indirect editing unit 304 activates the editing completion determination unit 305 when it starts overwriting and erasing the editing area information.

  When the editing completion determination unit 305 is activated, the editing completion determination unit 305 determines whether or not there is editing area information regarding the displayed functional specification doc1, and displays the result of this determination. A functional specification including the skeleton skt1 and the document editing information (the editing completion message of the digitized document doc1 is output to the input / output unit 302, and the editing completion message is displayed (ST16).

  Thereby, the editing operation of the functional specification doc1 is interrupted, and the functional specification is reviewed. The review is performed by a person other than the operator who has input the document editing information, for example.

  After the output of the editing completion message, the quality determination unit 306 generates an actual value of the quality index regarding the quality index at the target value in the functional specification skeleton skt1 (ST17), and the generated actual value is included in the functional specification skeleton skt1. It is determined whether or not the target value of the quality index is satisfied, and the determination result is displayed by the input / output unit 302 (ST18). Note that if the result of this determination indicates a target value, the quality determination unit 306 ends the quality determination process. Thereby, the creation of the functional specification doc1 as an electronic document is completed (ST19).

  Thereafter, the document indirect editing unit 304 writes the functional specification doc1 in the document storage unit 301 based on the operation of the input / output unit 302 by the operator. Further, the communication unit 303 transmits the functional specification doc1 in the document storage unit 301 to the document skeleton generation device 100 based on the operation of the input / output unit 302 by the operator (ST20). Thereby, the creation operation of the functional specification is completed.

(Operation for creating an electronic document having a parent-child relationship: FIGS. 22 to 24)
In the document skeleton generation apparatus 100, the input / output unit 106 receives the specification of the functional specification doc1 by the operation of the input / output unit 106 by the operator (ST21), and displays the functional specification doc1 in the document storage unit 105. .

  During the display of the functional specification doc1, the input / output unit 106 receives selection of the functional specification editing information in the functional specification doc1 by the operation of the operator (ST22), and receives, for example, specification of the system design template tmp2 (ST23). ).

  In the document skeleton generation apparatus 100, when the document skeleton generation unit 108 receives designation of the system design template tmp <b> 2 from the input / output unit 106, the document skeleton generation unit 111 is activated.

  When activated, the document analysis unit 111 analyzes each requirement item and functional specification editing information of the functional specification skeleton skt1 in the displayed functional specification doc1. Thereafter, based on the result of this analysis, the document analysis unit 111 associates each requirement item in the functional specification skeleton skt1 and the functional specification editing information with the requirement item in the designated system design template tmp2, and generates a document skeleton generation unit. To 108.

  The document skeleton generation unit 108 generates the system design skeleton skt2 by writing these requirement items and functional specification editing information in association with the requirement items of the designated system design template tmp2 (ST24). Here, as shown in the upper half of FIG. 24, the document skeleton generation unit 108 includes information indicating the document name of the functional specification doc1 and the system design document (an electronic document including the system design skeleton skt2) and the parent-child relationship. Related document information may be generated, and the related document information may be written in the document storage unit 105. In addition, the document skeleton generation unit 108 activates the traceability setting unit 109 and the quality index setting unit 110.

  When the traceability setting unit 109 is activated, a new traceability code is added by adding a new code (branch number) to each traceability code set for each requirement item in the functional specification skeleton skt1 in the functional specification doc1. Is generated (ST25). However, the new traceability code does not necessarily include the new code, and the original traceability code may be used as it is.

  In any case, the traceability setting unit 109 sets a new traceability code for each requirement item in the new system design skeleton skt2 (ST26).

  When activated, the quality index setting unit 110 searches the quality index storage unit 103 based on the document type of the system design skeleton skt2 (ST27), and sets the target value of the quality index obtained by the search as the system design. Set to skeleton skt2 (ST28).

  Thereafter, the document skeleton generation unit 108 stores the system design skeleton skt2 in which each traceability code and the target value of the quality index are set in the document skeleton storage unit 104 (ST29). Thereby, the generation operation of the system design skeleton skt2 is completed.

  Hereinafter, the document skeleton information from the detailed design skeleton skt3 to the comprehensive test skeleton skt7 can also be generated from the existing digitized documents doc2 to doc6 in the same manner as in steps ST21 to ST29.

  Further, it is also possible to generate the digitized documents doc3 to doc7 including the generated document skeleton information and document editing information in the same manner as steps ST11 to ST19. Further, after generating the respective electronic documents doc1 to doc7, for example, by creating a compressed file in which the respective electronic documents doc1 to doc7 are compressed together, an asset as the compressed file can be generated. However, the asset is not limited to the compressed file, but may be a set of the respective electronic documents doc1 to doc7.

  Further, as shown in the lower half of FIG. 24, when the document skeleton generation unit 108 generates the system design skeleton skt2 and the comprehensive test skeleton skt7 from the function specification doc1 including the function specification skeleton skt1, the function specification doc1 , System document (electronic document including system design skeleton skt2) doc2 and comprehensive test specification (electronic document including general test skeleton skt7) doc7, related document information including document name and information indicating the sibling relationship The related document information may be generated and written in the document storage unit 105. As shown in FIGS. 9 and 10, related document information can be generated and written in the same manner for the other document skeletons skt3 to skt6.

  Furthermore, when there is document specification information in the document template DB 102, the document skeleton generation unit 108 has document skeleton information having the document skeleton name in the document skeleton storage unit 104 for each document skeleton name in the document specification information. If there is no document skeleton information having the document skeleton name in the document specification information in the document skeleton storage unit 104 as a result of this determination, the document template of the document type corresponding to the document skeleton name is designated. Thus, document skeleton information having this document skeleton name may be generated. As a result, all document skeleton information defined in the document definition information can be generated without omission.

(Requirement Item Tracking Operation: FIGS. 25 and 26)
In the document skeleton generation apparatus 100, the input / output unit 106 accepts the specification of the functional specification doc1 by the operation of the input / output unit 106 by the operator (ST31), and displays the functional specification doc1 in the document storage unit 105. To do.

  During the display of the functional specification, the input / output unit 106 accepts selection of the function to be tracked from the functional specification editing information in the functional specification doc1 by the operation of the operator (ST32).

  The document analysis unit 111 extracts the traceability code of the requirement item corresponding to the function selected in step ST32 from the function specification skeleton skt1 in the function specification document doc1 (ST33).

  The document analysis unit 111 compares the extracted traceability code with the traceability code set in each document skeleton information in the digitized document doc2 in the document storage unit 105 (ST34).

  As a result of this comparison, the document analysis unit 111 determines whether or not a relationship in which at least one of the traceability code extracted in step ST33 and the compared traceability code is included in the other is detected (ST35). This relationship includes the case where both codes are the same.

  If it is detected as a result of this determination, the document analysis unit 111 causes the input / output unit 106 to display an item of document editing information corresponding to the compared traceability code (ST36). Thereby, the items in the other digitized document doc2 can be tracked and displayed based on the function selected in step ST32.

  On the other hand, if it is not detected as a result of the determination in step ST35, it is determined whether or not there is a comparison target document in the document storage unit 105 (ST37). If there are remaining comparison target documents doc3,. Return and continue processing.

  If there is no remaining comparison target document as a result of the determination in step ST37, the process ends.

  As described above, according to the present embodiment, the quality index DB 103 storing the target value of the quality index is provided, and the target value of the quality index in the quality index DB 103 is stored in the document based on the document type of the designated document template. With the configuration set in the skeleton information, the quality of the document can be defined in advance, and the quality of the document can be managed without being separated from the document.

  For example, in software development, a quality index can be calculated from the determined functional and non-functional requirements of software, and document skeleton information for assets that match the quality index can be generated. The actual value of the quality index set for each asset The document editing information can be edited while checking the document, and an electronic document such as a document, a source code, and a test specification can be created.

  Further, according to the present embodiment, it is possible to realize asset function tracking that does not rely on human beings based on the traceability code in the document skeleton information, and to ensure traceability of software functional requirements and non-functional requirements. According to the inventor's study, as a method for ensuring traceability, a method of linking a requirement item to another requirement item by embedding link information in the requirement item of the digitized document may be used. However, this linking method is not used in this embodiment because the link based on the link information is easily broken and traceability cannot be ensured.

  Further, according to the present embodiment, by automatically setting the traceability code and the quality index value in the document skeleton information, it is possible to trace the requirement items of other digitized documents with respect to the requirement items of a certain digitized document. The quality index of each electronic document can be confirmed. Note that it is preferable to set both the traceability code and the quality index value, but only one of them may be set.

  Furthermore, according to the present embodiment, the document templates tmp1 to tmp7 as templates and the digitized documents doc1 to doc7 (or assets of the digitized documents) as the deliverables are managed separately, thereby enabling interoperability. And reusability of assets can be improved.

  Further, according to the present embodiment, the document template, the document skeleton information, the document editing information, and the digitized document are described as XML documents, so that there are no restrictions caused by the tight coupling between the document and the tool. Arbitrary tools such as configuration management, change management, defect management, and quality statistics can be automatically linked to each XML document.

  Supplementally, in the conventional case, for example, a word (registered trademark) of Windows (registered trademark) and a word document such as a word document are tightly coupled to each other. Due to the compatibility of functions and functions that overlap, there are inconveniences that restrictions occur during introduction and expansion.

  The method described in the above embodiment is a program that can be executed by a computer as a magnetic disk (floppy (registered trademark) disk, hard disk, etc.), optical disk (CD-ROM, DVD, etc.), magneto-optical disk (MO). ), And can be distributed in a storage medium such as a semiconductor memory.

  In addition, as long as the storage medium can store a program and can be read by a computer, the storage format may be any form.

  In addition, an OS (operating system) running on a computer based on an instruction of a program installed in the computer from a storage medium, MW (middleware) such as database management software, network software, and the like realize the above-described embodiment. A part of each process may be executed.

  Furthermore, the storage medium in the present invention is not limited to a medium independent of a computer, but also includes a storage medium in which a program transmitted via a LAN or the Internet is downloaded and stored or temporarily stored.

  Further, the number of storage media is not limited to one, and the case where the processing in the above embodiment is executed from a plurality of media is also included in the storage media in the present invention, and the media configuration may be any configuration.

  The computer according to the present invention executes each process in the above-described embodiment based on a program stored in a storage medium, and is a single device such as a personal computer or a system in which a plurality of devices are connected to a network. Any configuration may be used.

  In addition, the computer in the present invention is not limited to a personal computer, but includes an arithmetic processing device, a microcomputer, and the like included in an information processing device, and is a generic term for devices and devices that can realize the functions of the present invention by a program. .

  Note that the present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. Moreover, various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, you may combine the component covering different embodiment suitably.

It is a schematic diagram which shows the structure of the asset creation assistance system which concerns on one Embodiment of this invention. It is a schematic diagram which shows the structure of the document skeleton production | generation apparatus in the same embodiment. It is a schematic diagram which shows the structure of the document direct edit apparatus in the embodiment. It is a schematic diagram which shows the structure of the document indirect editing apparatus in the same embodiment. It is a schematic diagram which shows the deformation | transformation structure of the document direct editing apparatus and document indirect editing apparatus in the embodiment. It is a schematic diagram which shows the deformation | transformation structure of the asset creation assistance system in the embodiment. It is a schematic diagram which shows an example of the document template in the embodiment. It is a schematic diagram which shows an example of the document template in the embodiment. It is a schematic diagram which shows an example of the document template and document skeleton information in the embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a schematic diagram which shows an example of the document skeleton information in the same embodiment. It is a flowchart for demonstrating the production | generation operation | movement of the document skeleton in the embodiment. It is a schematic diagram for demonstrating the production | generation operation | movement of the document skeleton in the embodiment. It is a flowchart for demonstrating the production | generation operation | movement of the digitized document in the embodiment. It is a schematic diagram for demonstrating the production | generation operation | movement of the digitized document in the embodiment. It is a flowchart for demonstrating the production | generation operation | movement of the digitized document which has parent-child relationship in the embodiment. It is a schematic diagram for demonstrating the production | generation operation | movement of the digitized document which has parent-child relationship in the embodiment. It is a schematic diagram for demonstrating the production | generation operation | movement of the digitized document which has parent-child relationship in the embodiment. It is a flowchart for demonstrating the tracking operation | movement of the requirement item in the embodiment. It is a schematic diagram for demonstrating the tracking operation | movement of the requirement item in the embodiment.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 100 ... Document skeleton production | generation apparatus, 100A ... Document creation assistance apparatus, 100B ... Server apparatus, 101 ... Requirements storage part, 102 ... Document template DB, 103 ... Quality index DB, 104 ... Document skeleton storage part, 105, 201, 301 ... Document storage unit 106, 202, 302 ... I / O unit 107 ... Requirements analysis unit 108 ... Document skeleton generation unit 109 ... Traceability setting unit 110 ... Quality index setting unit 111 ... Document analysis unit 112, 203, 303 ... Communication unit, 200 ... Document direct editing device, 204 ... Document skeleton direct editing unit, 205, 305, 114 ... Editing completion judgment unit, 206, 306, 115 ... Quality judgment unit, 300 ... Document indirect editing device, 300 ' ... Document editing device, 304 ... Document skeleton indirect editing unit, 304 ', 113 ... Document skeleton Department, 400 ... network.

Claims (27)

Each document includes a document skeleton generation device for generating document skeleton information for each document template, and a document editing device for individually generating document editing information based on the generated document skeleton information. An asset creation support system for supporting creation of an asset composed of a plurality of digitized documents each including skeleton information and each document editing information,
The document skeleton generation device includes:
A document template storage means including a plurality of requirement items and storing a document template created in advance for each document type;
Requirement storage means for storing a plurality of requirement items;
Document skeleton storage means for storing each document skeleton information;
Quality index storage means for storing the target value of the quality index for each document type,
Requirement input means for accepting input of each requirement item,
Means for writing each inputted requirement item into the requirement storage means;
Template designating means for accepting designation of any document template in the document template storage means;
First document skeleton generation means for generating document skeleton information for each document type by writing each requirement item in the requirement storage means in association with each requirement item in the designated document template;
Based on the document type of the document skeleton information, search the quality index storage means, quality index setting means for setting the target value of the quality index obtained by the search in the document skeleton information,
Document skeleton writing means for writing document skeleton information in which the set value of the quality target is set to the document skeleton storage means;
Asset creation support system characterized by having The asset creation support system according to claim 1,
The document skeleton generation device includes:
Traceability code setting means for setting a unique traceability code for each requirement item in the document skeleton information,
The document skeleton writing means includes:
An asset creation support system, wherein document skeleton information in which each traceability code and a target value of the quality index are set is written in the document skeleton storage unit. In the asset creation support system according to claim 1 or claim 2,
The document editing device includes:
Means for receiving document skeleton information stored in the document skeleton storage means from the document skeleton generation device;
Editing area information setting means for setting editing area information related to document editing information for each requirement item in the received document skeleton information;
Document editing information input means for receiving input of document editing information so as to overwrite and delete the set editing area information;
Means for determining the presence / absence of the editing area information and, if the result of this determination is that there is no editing area information, means for outputting an editing completion message of the digitized document including the document skeleton information and the input document editing information; ,
After the output of the editing completion message, with respect to the quality index at the target value in the document skeleton information, actual value generation means for generating an actual value of the quality index;
Quality index determination means for determining whether the generated actual value satisfies a target value of a quality index in the document skeleton information;
As a result of the determination, if the target value is satisfied, a means for transmitting an electronic document including the document skeleton information and the document editing information to the document skeleton generation device;
Is further provided,
The document skeleton generation device includes:
Document storage means for storing an electronic document including document skeleton information and document editing information;
Means for writing the digitized document received from the document editing device into the document storage means;
An asset creation support system characterized by further comprising: In the asset creation support system according to claim 3,
The editing area information setting means includes:
An asset creation support system that generates an electronic document including the document skeleton information and sets the editing area information in the document skeleton information of the electronic document. In the asset creation support system according to claim 3,
The editing area information setting means includes:
An asset creation support system that generates an electronic document including the document skeleton information and sets the editing area information in an area different from the document skeleton information in the electronic document. The asset creation support system according to any one of claims 3 to 5,
The actual value generating means includes
If the quality index is a review time ratio, means for measuring the time taken to review the digitized document including the document skeleton information;
Means for counting the number of pages of the electronic document including the document skeleton information;
Means for generating the actual value as the review time ratio by dividing the time required for the review by the number of pages;
Asset creation support system characterized by having The asset creation support system according to claim 2,
The document skeleton generation device includes:
Create new document skeleton information by writing each requirement item of the document skeleton information in the digitized document and the document editing information in the digitized document in association with each requirement item in the specified document template. Second document skeleton generating means for
The traceability setting means includes:
When the second document skeleton generation unit generates new document skeleton information from the document skeleton information in the digitized document, each traceability set for each requirement item in the document skeleton information in the document skeleton storage unit A new traceability code is generated by adding a new code to a code, and the new traceability code is set for each requirement item in the new document skeleton information. The asset creation support system according to claim 7,
The document skeleton generation device includes:
Document definition information storage means for storing document definition information that defines the process name for creating the digitized document and the document skeleton name indicating the document skeleton information that is the source of the digitized document, and
Means for determining for each document skeleton name in the document specification information whether document skeleton information having the document skeleton name is in the document skeleton storage means;
As a result of this determination, if there is no document skeleton information having the document skeleton name in the document specification information in the document skeleton storage means, the document skeleton name is generated so as to generate the document skeleton information having the document skeleton name. Means for designating a document template of a document type to be said second document skeleton generation means;
An asset creation support system characterized by further comprising: The asset creation support system according to claim 7,
The document skeleton generation device includes:
When a plurality of digitized documents individually having the document skeleton information generated by the second document skeleton generation means are in a parent-child relationship or a sibling relationship, the document name of each digitized document and the parent-child relationship or a sibling relationship And a related document information generating unit for generating related document information including information indicating the asset creation support system. A document skeleton generation device for generating document skeleton information for each document template,
A document template storage means including a plurality of requirement items and storing a document template created in advance for each document type;
Requirement storage means for storing a plurality of requirement items;
Document skeleton storage means for storing each document skeleton information;
Quality index storage means for storing the target value of the quality index for each document type,
Requirement input means for accepting input of each requirement item,
Means for writing each inputted requirement item into the requirement storage means;
Template designating means for accepting designation of any document template in the document template storage means;
First document skeleton generation means for generating document skeleton information for each document type by writing each requirement item in the requirement storage means in association with each requirement item in the designated document template;
Based on the document type of the document skeleton information, search the quality index storage means, quality index setting means for setting the target value of the quality index obtained by the search in the document skeleton information;
Document skeleton writing means for writing document skeleton information in which the set value of the quality target is set to the document skeleton storage means;
A document skeleton generation apparatus comprising: The document skeleton generation device according to claim 10,
Traceability code setting means for setting a unique traceability code for each requirement item in the document skeleton information,
The document skeleton writing means includes:
A document skeleton generating apparatus, wherein document skeleton information in which each traceability code and a target value of the quality index are set is written in the document skeleton storage unit. The document skeleton generation device according to claim 11,
Document storage means for storing an electronic document including document skeleton information and document editing information;
Means for writing the digitized document created by the document editing device to the document storage device for the document editing device for creating document editing information based on the document skeleton information read from the document skeleton storage device;
By writing each requirement item of the document skeleton information in the digitized document stored in the document storage means and the document editing information in the digitized document in association with each requirement item in the designated document template, Second document skeleton generation means for generating new document skeleton information, and
The traceability setting means includes:
When the second document skeleton generation unit generates new document skeleton information from the document skeleton information in the digitized document, each traceability set for each requirement item in the document skeleton information in the document skeleton storage unit A document skeleton generation apparatus, wherein a new traceability code is generated by adding a new code to a code, and the new traceability code is set for each requirement item in the new document skeleton information. The document skeleton generation device according to claim 12,
Document definition information storage means for storing document definition information that defines the process name for creating the digitized document and the document skeleton name indicating the document skeleton information that is the source of the digitized document, and
Means for determining for each document skeleton name in the document specification information whether document skeleton information having the document skeleton name is in the document skeleton storage means;
As a result of this determination, if there is no document skeleton information having the document skeleton name in the document specification information in the document skeleton storage means, the document skeleton name is generated so as to generate the document skeleton information having the document skeleton name. Means for designating a document template of a document type to be said second document skeleton generation means;
A document skeleton generation apparatus, further comprising: The document skeleton generation device according to claim 12,
When a plurality of digitized documents individually having the document skeleton information generated by the second document skeleton generation means are in a parent-child relationship or a sibling relationship, the document name of each digitized document and the parent-child relationship or a sibling relationship And a related document information generating means for generating related document information including information indicating the document skeleton generating apparatus. A document editing apparatus capable of communicating with a document skeleton generation apparatus for generating document skeleton information for each document template, and individually generating document editing information based on each generated document skeleton information. ,
Means for receiving from the document skeleton generating device the document skeleton information including a plurality of requirement items and a target value of a quality index;
Editing area information setting means for setting editing area information related to document editing information for each requirement item in the received document skeleton information;
Document editing information input means for receiving input of document editing information so as to overwrite and delete the set editing area information;
Means for determining the presence / absence of the editing area information and, if the result of this determination is that there is no editing area information, means for outputting an editing completion message of the digitized document including the document skeleton information and the input document editing information; ,
After the output of the edit completion message, with respect to the quality index at the target value in the document skeleton information, actual value generation means for generating an actual value of the quality index;
Quality index determination means for determining whether the generated actual value satisfies a target value of a quality index in the document skeleton information;
As a result of this determination, if the target value is satisfied, a means for transmitting an electronic document including the document skeleton information and the document editing information to the document skeleton generation device;
A document editing apparatus characterized by comprising: The document editing apparatus according to claim 15, wherein
The editing area information setting means includes:
An electronic document including the document skeleton information is generated, and the editing area information is set in the document skeleton information of the electronic document. The document editing apparatus according to claim 15, wherein
The editing area information setting means includes:
An electronic document including the document skeleton information is generated, and the editing area information is set in an area different from the document skeleton information in the electronic document. The document editing apparatus according to any one of claims 15 to 17,
The actual value generating means includes
If the quality index is a review time ratio, means for measuring the time taken to review the digitized document including the document skeleton information;
Means for counting the number of pages of the electronic document including the document skeleton information;
Means for generating the actual value as the review time ratio by dividing the time required for the review by the number of pages;
A document editing apparatus characterized by comprising: A document template storage unit that stores a plurality of requirement items and a document template created in advance for each document type, a requirement storage unit for storing a plurality of requirement items, and the document skeleton information. A document skeleton generation apparatus for generating document skeleton information for each document template, comprising: a document skeleton storage unit; and a quality index storage unit that stores a target value of a quality index for each document type,
The document skeleton generating device;
Requirement input means for accepting input of each requirement item,
Means for writing each input requirement item into the requirement storage means;
Template designating means for accepting designation of any document template in the document template storage means;
First document skeleton generation means for generating document skeleton information for each document type by writing each requirement item in the requirement storage means in association with each requirement item in the designated document template;
Based on the document type of the document skeleton information, the quality index storage unit is searched, and a quality index setting unit that sets a target value of the quality index obtained by the search in the document skeleton information;
Document skeleton writing means for writing document skeleton information in which the set value of the quality target is set to the document skeleton storage means;
Program to function as. The program according to claim 19, wherein
The document skeleton generating device;
Further function as a traceability code setting means for setting a unique traceability code for each requirement item in the document skeleton information,
The document skeleton writing means includes:
A program for writing document skeleton information in which each traceability code and a target value of the quality index are set to the document skeleton storage unit. The program according to claim 20,
The document skeleton generation device further includes document storage means for storing an electronic document including document skeleton information and document editing information,
The document skeleton generating device;
Means for writing the digitized document created by the document editing device to the document storage device for the document editing device for creating document editing information based on the document skeleton information read from the document skeleton storage device;
By writing each requirement item of the document skeleton information in the digitized document stored in the document storage means and the document editing information in the digitized document in association with each requirement item in the designated document template, Further functioning as second document skeleton generation means for generating new document skeleton information,
The traceability setting means includes:
When the second document skeleton generation unit generates new document skeleton information from the document skeleton information in the digitized document, each traceability set for each requirement item in the document skeleton information in the document skeleton storage unit A program which is a means for generating a new traceability code by adding a new code to the code and setting the new traceability code for each requirement item in the new document skeleton information. The program according to claim 21, wherein
The document skeleton generation device stores a document specification information in which a process name for creating the digitized document and a document skeleton name indicating document skeleton information that is a source of the digitized document are associated with each other. A regulation information storage means,
The document skeleton generating device;
Means for determining, for each document skeleton name in the document specification information, whether document skeleton information having the document skeleton name is in the document skeleton storage means;
As a result of the determination, if there is no document skeleton information having the document skeleton name in the document specification information in the document skeleton storage means, the document skeleton name is generated so as to generate the document skeleton information having the document skeleton name. Means for designating a document template of a document type to be said second document skeleton generation means;
As a program to further function as. The program according to claim 21, wherein
When a plurality of digitized documents individually having the document skeleton information generated by the second document skeleton generation means are in a parent-child relationship or a sibling relationship, the document name of each digitized document and the parent-child relationship or a sibling relationship And a related document information generating means for generating related document information including information indicating the program. It is possible to communicate with a document skeleton generation device for generating document skeleton information for each document template, comprising storage means for storing each of the generated document skeleton information, and based on each document skeleton information in the storage means , A document editing apparatus program for individually creating document editing information,
The document editing device;
Means for receiving from the document skeleton generating device the document skeleton information including a plurality of requirement items, a unique traceability code for each requirement item, and a target value of a quality index;
Means for writing the received document skeleton information into the storage means;
Editing area information setting means for setting editing area information related to document editing information for each requirement item in the document skeleton information written in the storage means;
Document editing information input means for receiving input of document editing information so as to overwrite the set editing area information.
Means for determining the presence / absence of the editing area information and, if the result of this determination is that there is no editing area information, means for outputting an editing completion message of the digitized document including the document skeleton information and the input document editing information; ,
After the output of the editing completion message, with respect to the quality index at the target value in the document skeleton information, actual value generation means for generating an actual value of the quality index;
Quality index determination means for determining whether the generated actual value satisfies a target value of a quality index in the document skeleton information;
As a result of the determination, if the target value is satisfied, a means for transmitting the digitized document including the document skeleton information and the document editing information to the document skeleton generation device;
Program to function as. The program according to claim 24,
The editing area information setting means includes:
A program for generating an electronic document including the document skeleton information and setting the editing area information in the document skeleton information of the electronic document. The program according to claim 24,
The editing area information setting means includes:
A program for generating an electronic document including the document skeleton information and setting the editing area information in an area different from the document skeleton information in the electronic document. In the program according to any one of claims 24 to 26,
The actual value generating means includes
If the quality index is a review time ratio, means for measuring the time taken to review the digitized document including the document skeleton information;
Means for counting the number of pages of the electronic document including the document skeleton information;
Means for generating the actual value as the review time ratio by dividing the time required for the review by the number of pages;
The program characterized by including.

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