WO2022169010A1

WO2022169010A1 - System and method for converting document structure for arxml migration

Info

Publication number: WO2022169010A1
Application number: PCT/KR2021/001625
Authority: WO
Inventors: 서용진
Original assignee: 주식회사 알티스트
Priority date: 2021-02-05
Filing date: 2021-02-08
Publication date: 2022-08-11
Also published as: KR20220113030A

Abstract

A method for converting a document's structure according to one embodiment of the present invention comprises: (a) a document structure analysis step of analyzing, by means of a structure analysis unit, the structures of an original document and a reference document having an ARXML structure created through an XML schema; (b) a document structure comparison step of comparing, by means of a structure comparison unit, a difference in structure between the reference document and the original document; and (c) a document structure conversion step of converting, by means of a structure conversion unit, the structure of the original document into the structure of the reference document on the basis of the comparison result.

Description

Document structure conversion system and method for ARXML migration

The present invention relates to a document structure conversion system and method for ARXML migration.

The present invention is a research result of "Development of high-reliability and adaptive battlefield SW platform technology for intelligent vehicle service" carried out with the support of the SW computing industry source technology development (R&D) project of the Information and Communication Planning and Evaluation Institute with the resources of the Ministry of Science and ICT. Ida (task identification number: 1711102833).

With the recent development of various additional vehicle services focusing on stability and convenience, automobiles, which were merely a means of transportation in the past, are now recognized as the concept of a single space area of the driver.

Accordingly, automobile services that meet the needs and tastes of consumers are developing day by day, from various automation services through vehicle body control to various multimedia services based on GPS, mobile communication network, and Bluetooth.

These services are generally inevitably provided as electronic control units (ECUs) rather than mechanical devices. Accordingly, the integration of software and IT technologies into the automobile industry has become indispensable.

However, product safety assurance, module reusability, and hardware dependency removal are common tasks for all software products, and automotive electronic equipment service equipped with software-oriented services cannot avoid this problem.

In order to solve these problems, global automobile manufacturers and parts makers such as BMW, Bosch, and Volkswagen have formed a consultative body called AUTOSAR (Automotive Open System Architecture) to standardize it.

Such, AUTOSAR aims to standardize the SW architecture and development methodologies mounted on ECUs, largely for the automotive SW architecture and application interfaces, methodology for developing electronic equipment software using them, and for software safety. Standardization is in progress by dividing it into conformance test fields.

Accordingly, various development tools such as Vector, EB, and KPIT have been proposed to develop vehicle software according to the proposed model and methodology.

Using these development tools, it is written in ARXML, the Autosar standard format based on XML (eXtensible Markup Language).

However, since the written ARXML contains a lot of code in a complex structure, it is difficult for the designer to check the writing result and modify the written ARXML through the written ARXML. can be large

In addition, new versions of ARXML are continuously distributed and many changes occur. Because ARXML has a schema of about 140,000 lines and a vast document form that contains design information from various perspectives, it is difficult to track changes. Very difficult problems also arise.

However, if the software developer does not track the changes one by one, it is very difficult to recycle the already prepared ARXML document, which increases the cost of developing AUTOSAR-based software and lowers productivity.

Therefore, when ARXML migration proceeds as the version of ARXML is newly updated, the need to change the ARXML document written in the existing version to the new version of the ARXML document is increasing.

The embodiment of the present invention converts the structure of an original document, which is a document created by the existing version of ARXML, to the same as that of a reference document, which is a document created by the newly updated version of ARXML, when the version of ARXML is updated. A document structure conversion system (10) that analyzes the structure of the document to reduce the waste of time and money required to manually change it to match the structure of the reference document, or to rewrite an existing document to fit the structure of the newly updated version of ARXML. ) and to provide a document structure conversion system (10).

On the other hand, the technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned are clearly to those of ordinary skill in the art to which the present invention belongs from the description below. can be understood

A document structure transformation method according to an embodiment of the present invention includes: (a) analyzing, by a structure analysis unit, the structure of a reference document and an original document having an ARXML structure created through XML schema; (b) a document structure comparison step of comparing, by a structure comparison unit, a difference in structure between the reference document and the original document; and (c) converting the structure of the original document into the structure of the reference document based on the comparison result by the structure conversion unit.

The step (a) includes: (a-1) mapping each XML element included in the ARXML structure to each node; (a-2) mapping the XML attribute of each XML element included in the ARXML structure to the attribute of each node; and (a-3) analyzing the structure by implementing a graph database for each of the reference document and the original document based on the node and the properties of the node.

The step (b) includes: (b-1) comparing, by a first comparison unit, a graph database for each of the reference document and the original document, and adding the XML element, deleting the XML element, and the XML attribute determining whether there is an addition, deletion of the XML attribute, or a change of the XML attribute; (b-2) comparing, by a second comparison unit, a graph database for each of the reference document and the original document, and determining whether there is a movement of the position of the XML element or movement of the XML attribute; and (b-3) providing, by the review unit, the determination result in steps (b-1) and (b-2) and a user interface in which a pop-up menu for correcting the determination result is displayed. may include

The step (b-1) includes: (b-1-1) determining that the XML element is added when an XML element having the same XML attribute is included in the structure of the reference document instead of being included in the structure of the original document ; (b-1-2) determining that the XML element is deleted when an XML element having the same XML attribute is included in the structure of the original document but not in the structure of the reference document; (b-1-3) determining that the XML attribute is added when an XML attribute having the same data type and multiplicity for a specific XML element is not included in the structure of the original document but is included in the structure of the reference document; (b-1-4) determining that the XML attribute is deleted when an XML attribute having the same data type and multiplicity for a specific XML element is included in the structure of the original document and not included in the structure of the reference document; and (b-1-5) determining that the XML attribute is changed when the data type or multiplicity of the specific XML attribute of the specific XML element is different from each other.

The step (b-2) includes: (b-2-1) determining that the position of the XML element is moved when the XML element is deleted from the structure of the original document and added from the structure of the reference document ; and (b-2-2) determining that the position of the XML attribute is moved when the XML attribute is deleted from the structure of the original document and added from the structure of the reference document.

The step (b-3) includes: (b-3-1) providing a user interface displaying the structure of the added reference document when it is determined that the XML element is added or the XML attribute is added; (b-3-2) providing a user interface displaying the structure of the deleted original document when it is determined that the XML element is deleted or the XML attribute is deleted; (b-3-3) providing a user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed when it is determined that the XML attribute is changed; (b-3-4) When it is determined that there is a movement of the position of the XML element or movement of the XML attribute, a user interface in which the structure of the original document before the movement and the structure of the reference document after the movement are displayed providing; and (b-3-5) when it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, it is corrected by moving the position of the XML element, or an XML attribute in the original document. When it is determined that there is a deletion of the XML attribute and the addition of an XML attribute in the reference document, it is corrected by the position movement of the XML attribute, or when it is determined that there is a position movement of the XML element, it is deleted by the XML element in the original document. and addition of an XML element in the reference document, or when it is determined that there is a movement of the XML attribute, it can be modified by deleting the XML attribute in the original document and adding an XML attribute in the reference document The method may further include providing a user interface in which a pop-up menu is displayed.

The step (c) includes: (c-1) converting the structure of the original document into the structure of the reference document based on the comparison result; and (c-2) when it is determined that the XML element or XML attribute included in the structure of the original document is deleted or moved, the XML element or XML attribute is deleted from the structure of the original document, but the deleted XML element or XML The information included in the attribute may further include the step of separately storing the information in a separate database.

A document structure conversion system according to an embodiment of the present invention includes: a structure analyzer configured to analyze the structure of a reference document and an original document having an ARXML structure created through XML schema; a structure comparison unit configured to compare a difference in structure between the reference document and the original document; and a structure conversion unit configured to convert the structure of the original document into the structure of the reference document based on the comparison result in the structure comparison unit.

The structure analysis unit: maps each XML element included in the ARXML structure to each node; mapping an XML attribute of each XML element included in the ARXML structure to an attribute of each node; It may be configured to analyze the structure by implementing a graph database for each of the reference document and the original document based on the node and the properties of the node.

The structure comparison unit compares graph databases for each of the reference document and the original document, and adds the XML element, deletes the XML element, adds the XML attribute, deletes the XML attribute, or changes the XML attribute. a first comparison unit, configured to determine whether there is a second comparison unit, configured to compare a graph database for each of the reference document and the original document to determine whether there is a positional movement of the XML element or a movement of the XML attribute; and a review unit configured to provide a user interface in which a result of determination by the first comparison unit and the second comparison unit and a pop-up menu for modifying the determination result are displayed.

The first comparison unit is configured to: determine that the XML element is added when an XML element having the same XML attribute is included in the structure of the reference document rather than included in the structure of the original document; when an XML element having the same XML attribute is included in the structure of the original document and not included in the structure of the reference document, it is determined that the XML element is deleted; When an XML attribute having the same data type and multiplicity of a specific XML element is not included in the structure of the original document but is included in the structure of the reference document, it is determined that the XML attribute is added; For a specific XML element, when an XML attribute having the same data type and multiplicity is included in the structure of the original document and not included in the structure of the reference document, it is determined that the XML attribute is deleted; When a data type or multiplicity of a specific XML attribute for a specific XML element is different from each other, it may be configured to determine that the XML attribute has been changed.

the second comparison unit is configured to: determine that there is a positional movement of the XML element when the XML element is deleted from the structure of the original document and added from the structure of the reference document; When the XML attribute is deleted from the structure of the original document and added from the structure of the reference document, it may be determined that the position of the XML attribute is moved.

The review unit is configured to: if it is determined that there is the addition of the XML element or the addition of the XML attribute, provides a user interface in which the structure of the added reference document is displayed; when it is determined that there is deletion of the XML element or deletion of the XML attribute, providing a user interface displaying the structure of the deleted original document; if it is determined that there is a change in the XML attribute, providing a user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed; when it is determined that there is a movement of the position of the XML element or movement of the XML attribute, providing a user interface in which the structure of the original document before the movement and the structure of the reference document after the movement are displayed; When it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, it is corrected by moving the position of the XML element, or by deleting an XML attribute from the original document and adding an XML element to the reference document. When it is determined that there is an XML attribute addition, it is corrected by moving the position of the XML attribute. Provides a user interface displaying a pop-up menu that can be modified by adding an XML attribute or by adding an XML attribute in the reference document when it is determined that there is a movement of the XML attribute in the original document. can be configured to

The structure conversion unit: converts the structure of the original document into the structure of the reference document based on the comparison result; When it is determined that the XML element or XML attribute included in the structure of the original document has been deleted or moved, the XML element or XML attribute is deleted from the structure of the original document, but the information included in the deleted XML element or XML attribute is It can be configured to be kept separately in a separate database.

When the version of ARXML is updated, the document structure conversion system 10 and the document structure conversion method S10 according to an embodiment of the present invention convert the structure of the original document, which is a document created by the existing version of ARXML, to the newly updated version of ARXML. By converting the same as the structure of the reference document, which is a document created by It can reduce the waste of time and money.

On the other hand, the effects obtainable in the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the description below. will be able

1 is a flowchart illustrating a document structure conversion method (S10) according to an embodiment of the present invention.

2 is a diagram illustrating a document structure conversion system 10 according to an embodiment of the present invention.

3 is a flowchart illustrating a state in which the document structure conversion method ( S10 ) is performed by the document structure conversion system 10 .

4 is a diagram illustrating a graph database of an original document.

5 is a diagram illustrating a graph database of an XML element added transformation document.

6 is a diagram illustrating a graph database of a converted document in which an XML element is deleted.

7 is a diagram illustrating a graph database of a converted document to which an XML attribute is added.

8 is a diagram illustrating a graph database of a converted document in which the XML attribute is deleted.

9 is a diagram illustrating a graph database of a converted document in which the XML attribute is changed.

10 is a diagram illustrating a graph database of a converted document in which the position of an XML element is moved.

11 is a diagram illustrating a graph database of a converted document in which the position of the XML attribute has been moved.

12 is a diagram illustrating a user interface provided by review unit 230 .

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings.

In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

Examples of the present invention are provided to more completely explain the present invention to those of ordinary skill in the art, and the following examples may be modified in various other forms, and the scope of the present invention is as follows It is not limited to an Example.

Rather, these examples are provided so that this disclosure will be more thorough and complete, and will fully convey the spirit of the invention to those skilled in the art.

In addition, in the following drawings, each configuration is exaggerated for convenience and clarity of description, and the same reference numerals refer to the same elements in the drawings. As used herein, the term “and/or” includes any one and any combination of one or more of those listed items.

The terminology used herein is used to describe specific embodiments, not to limit the present invention.

As used herein, the singular forms may include the plural forms unless the context clearly dictates otherwise. Also, as used herein, “comprise” and/or “comprising” refers to the presence of the recited shapes, numbers, steps, actions, members, elements, and/or groups of those specified. will,

It does not exclude the presence or addition of one or more other shapes, numbers, movements, members, elements and/or groups.

1 is a flowchart illustrating a document structure conversion method S10 according to an embodiment of the present invention, FIG. 2 is a diagram illustrating a document structure conversion system 10 according to an embodiment of the present invention, and FIG. 3 is a document It is a flowchart showing a state that the document structure conversion method (S10) is performed by the structure conversion system (10).

1 to 3 , the document structure conversion method ( S10 ) is performed through steps S100 to S300 .

In more detail, the document structure conversion method (S10) is performed by the structure analysis unit 100, and a document structure analysis step (S100) of analyzing the structure of a reference document and an original document having an ARXML structure created through XML schema; It is performed by the structure comparison unit 200 and is performed by the document structure comparison step (S200) and the structure conversion unit 300 for comparing the structural difference between the reference document and the original document, and based on the comparison result in step S200, the original and a document structure conversion step (S300) of converting the structure of the document into the structure of the reference document.

That is, the structure analysis unit 100 is configured to analyze the structure of a reference document and an original document written through XML schema and having an ARXML structure, and the structure comparison unit 200 compares a difference in structure between the reference document and the original document. The structure conversion unit 300 is configured to convert the structure of the original document into the structure of the reference document based on the comparison result in the structure comparison unit 200 .

Here, the original document refers to a document written by ARXML before the version is updated, and the reference document refers to a document written by ARXML after the version is updated.

Accordingly, the document structure conversion system 10 and the document structure conversion method S10 of the present invention refer to a system and method for changing an ARXML structure of an original document into an ARXML structure of a reference document.

Referring to FIG. 3 , an original document and a reference document are input to the structure analysis unit 100 . The structure analysis unit 100 analyzes the structure of the reference document and the original document having the ARXML structure by being created through the XML schema, and implemented by the graph database of the reference document implemented by the structure of the reference document and the structure of the original document Outputs the graph database of the original document.

The graph database of the reference document and the graph database of the original document output by the structure analysis unit 100 are input to the structure comparison unit 200 .

The structure comparison unit 200 compares the graph database of the reference document with the graph database of the original document, determines whether there is a difference in structure between the two documents, and outputs the determination result.

The determination result on the difference in the structure output by the structure comparison unit 200 is input to the structure conversion unit 300 .

The structure conversion unit 300 converts the structure of the original document into the structure of the reference document based on the determined difference in structure, and as a result, the structure of the document is converted to be the same as the structure of the reference document (hereinafter referred to as conversion) document) is printed.

Hereinafter, each component included in the document structure conversion system 10 and the document structure conversion method S10 performed by each component will be described in more detail.

An XML document having an ARXML structure includes one or more XML elements, and a hierarchical relationship exists between each XML element.

Each XML element contains an XML element identifier indicating the name of the XML element and one or more XML attributes.

The XML attribute may include an XML attribute identifier indicating the name of the corresponding XML attribute, a data type indicating the range of attribute values that the corresponding XML attribute can have, and a multiplicity indicating the number of corresponding XML attribute values. Indicates the characteristics of the corresponding XML element.

Step S100 performed by the structure analysis unit 100 may include steps S110 to S130.

Step S110 refers to a step of mapping each XML element included in the ARXML structure to each node.

Step S120 refers to a step of mapping the XML attribute of each XML element included in the ARXML structure to the attribute of each node.

Finally, step S130 refers to a step of analyzing the structure by implementing a graph database for each of the reference document and the original document based on the node and the properties of the node.

Steps S110 to S130 may be performed by the structure analysis unit 100 .

That is, in order to analyze the structure of the reference document and the original document having the ARXML structure, the structure analysis unit 100 maps each XML element included in the ARXML structure to each node, and then XML attributes can be mapped to attributes of each node.

The structure of ARXML consists of XML elements and XML attributes in text form according to XML schema. Since information composed in text form can be compared through the arrangement and position of the characters constituting the information, even if they have the same character arrangement, they can be identified as different XML elements if they exist in different positions.

Therefore, the ARXML structure needs to be converted into an appropriate form so that it can be compared based on the XML element identifier and the XML attribute identifier.

The graph database may be composed of nodes and edges. Each node is composed of a name and an attribute. The node is mapped to an XML element in the ARXML structure, and the attribute of the node can be mapped to an XML attribute. In other words, an XML element may be mapped to a node in the graph database, and an XML attribute for each XML element may be mapped to an attribute for a corresponding node in the graph database.

That is, the structure analyzer 100 maps each XML element included in the ARXML structure to each node of the graph database, and maps the XML attribute of each XML element included in the ARXML structure to the attribute of each node. Through this, the structure of each document can be analyzed by implementing a graph database for each of the reference document and the original document.

The structure comparison unit 200 may include a first comparison unit 210 , a second comparison unit 220 , and a review unit 230 .

Step S200 performed by the structure comparison unit 200 may include steps S210 to S230.

Step S210 is performed by the first comparison unit 210 and compares the graph database for each of the reference document and the original document, to add an XML element, delete an XML element, add an XML attribute, delete an XML attribute, or an XML attribute refers to a step of determining whether there is a change in , and step S220 is performed by the second comparison unit 220 and compares the graph database for each of the reference document and the original document to move the position of the XML element or the position of the XML attribute Refers to the step of determining whether there is a movement, step S230 is performed by the review unit 230 and provides a user interface in which the determination result in steps S210 and S220 and a pop-up menu for correcting the determination result are displayed steps to say

For example, the user interface may be provided as shown in FIG. 12 to be described later.

That is, the first comparison unit 210 compares the graph database for each of the reference document and the original document, so that addition of an XML element, deletion of an XML element, addition of an XML attribute, deletion of an XML attribute, or change of an XML attribute is determined. may be configured to determine whether there is, and the second comparison unit 220 is configured to compare the graph database for each of the reference document and the original document to determine whether there is a displacement of an XML element or a displacement of an XML attribute. The review unit 230 may be configured to provide a user interface in which a result of the determination by the first comparison unit 210 and the second comparison unit 220 and a pop-up menu for modifying the determination result are displayed. .

Step S210 performed by the first comparison unit 210 may include steps S211 to S215 .

Step S211 refers to a step of determining that the XML element is added when an XML element having the same XML attribute is included in the structure of the reference document rather than included in the structure of the original document.

In step S212, when an XML element having the same XML attribute is included in the structure of the original document and not included in the structure of the reference document, it is determined that the XML element is deleted.

Step S213 refers to a step of determining that the XML attribute is added when an XML attribute having the same data type and multiplicity for a specific XML element is not included in the structure of the original document but is included in the structure of the reference document.

Step S214 refers to a step of determining that the XML attribute is deleted when, for a specific XML element, an XML attribute having the same data type and multiplicity is included in the structure of the original document but not in the structure of the reference document.

Finally, step S215 refers to a step of determining that the XML attribute is changed when the data type or multiplicity of a specific XML attribute for a specific XML element is different from each other.

That is, when an XML element having the same XML attribute is included in the structure of the reference document instead of in the structure of the original document, the first comparison unit 210 determines that the XML element is added, and determines that the XML element has the same XML attribute is included in the structure of the original document but not in the structure of the reference document, it is determined that the XML element has been deleted, and the XML attribute with the same data type and multiplicity for a specific XML element is not included in the structure of the original document. and included in the structure of the reference document, it is determined that the XML attribute has been added, and the XML attribute having the same data type and multiplicity for a specific XML element is included in the structure of the original document and not included in the structure of the reference document. In this case, it may be determined that the XML attribute has been deleted, and if the data type or multiplicity of a specific XML attribute for a specific XML element is different from each other, it may be determined that the XML attribute has been changed.

4 is a diagram illustrating a graph database of an original document, FIG. 5 is a diagram illustrating a graph database of a converted document to which an XML element is added, and FIG. 6 is a diagram illustrating a graph database of a converted document in which an XML element is deleted.

4 to 6 , the addition of an XML element means that an XML element that did not exist in the structure of the original document exists in the structure of the reference document.

On the other hand, the deletion of the XML element means that the XML element existing in the structure of the original document does not exist in the structure of the reference document.

Since XML elements are basically identified through XML element identifiers, addition and deletion of XML elements can be identified by comparing both the structure of the original document and the XML element identifier of the structure of the reference document.

However, this is only true when the XML attributes of the XML elements are all the same.

7 is a diagram illustrating a graph database of a converted document in which an XML attribute is added, and FIG. 8 is a diagram illustrating a graph database of a converted document in which an XML attribute is deleted.

4, 7, and 8 , the addition of an XML attribute means that an XML attribute that does not exist in the structure of an original document exists in the structure of a reference document with respect to a specific XML element.

On the other hand, the deletion of the XML attribute means that for a specific XML element, the XML attribute that existed in the structure of the original document does not exist in the structure of the reference document.

Basically, XML attributes are identified through XML attribute identifiers, so addition and deletion of XML attributes can be identified by comparing all XML attribute identifiers for all XML elements in the structure of the original document and the structure of the reference document.

However, this is only true when the data type and multiplicity constituting the XML attribute are all the same.

5 and 9 , the change of XML attribute means a case in which specific XML attributes having the same XML attribute identifier have different configurations.

In other words, when specific XML attributes existing in a specific XML element have the same XML attribute identifier, the XML attribute in the structure of the original document and the structure of the reference document have different data types or multiplicity.

This can be identified by comparing the components (data type or multiplicity) of an XML attribute with respect to an XML element identifier and an XML attribute identifier of the same name.

In summary, step S210 performed by the first comparison unit 210 may be performed by comparing the structure of the original document with the structure of the basic document and determining the difference.

Step S220 performed by the second comparison unit 220 may include steps S221 and S222.

Step S221 refers to a step of determining that the position of the XML element is moved when the XML element is deleted from the structure of the original document and added from the structure of the reference document.

In step S222, when the XML attribute is deleted from the structure of the original document and added from the structure of the reference document, it is determined that the position of the XML attribute is moved.

That is, when the XML element is deleted from the structure of the original document and added from the structure of the reference document, the second comparison unit 220 determines that the position of the XML element has moved, and the XML attribute is deleted from the structure of the original document. and added in the structure of the reference document, it may be configured to determine that there is a positional movement of the XML attribute.

4 and 10 , the movement of the position of an XML element means that a specific XML element exists in both the structure of the original document and the structure of the reference document, but the positions are different. means it has been changed.

In general, relationship information between XML elements is expressed as XML attributes, so this can be identified through differences in XML attributes.

4 and 11, the movement of the XML attribute is a case in which specific XML attributes having the same XML attribute identifier, data type, and multiplicity exist in different XML elements in the structure of the original document and the structure of the reference document. it means.

Since the XML attribute is included in the XML element to express the characteristics of the corresponding XML element, the difference between the structure of the original document and the structure of the reference document is analyzed through comparison between XML elements having the same XML element identifier.

However, the movement of XML attributes is difficult to understand in a general way because it is necessary to check whether XML attributes of the same configuration are included in different XML elements.

However, in simple terms, in order to change the position of an XML attribute, addition and deletion of the XML attribute of the same configuration must occur at the same time. More specifically, since the XML attribute before the position is moved exists only in the structure of the original document, this corresponds to the deletion of the XML attribute. do.

Therefore, when the deletion of the XML attribute in the structure of the original document and the addition of the XML attribute in the structure of the reference document occur at the same time for the XML attribute of the same configuration, it can be determined that the position of the XML attribute is moved.

In summary, since the deleted information is added to another location in step S220 performed by the second comparison unit 220, an XML element or XML attribute having the same configuration is deleted from the structure of the original document, It can be performed by determining whether to be added in the structure of the reference document.

However, in some cases, even if XML elements or XML attributes having the same configuration are added and deleted, if the contexts are not the same, it cannot be determined as position movement, and it must be determined that XML elements or XML attributes are added and deleted, respectively.

To this end, the review unit 230, which will be described later, may provide a user interface to the user so that the determination result can be corrected.

12 is a diagram illustrating a user interface provided by review unit 230 .

Referring to FIG. 12 , step S230 performed by the review unit 230 may include steps S231 to S235 .

Step S231 refers to a step of providing a user interface in which the structure of the added reference document is displayed when it is determined that there is an addition of an XML element or an addition of an XML attribute.

Step S232 refers to a step of providing a user interface in which the structure of the deleted original document is displayed when it is determined that there is deletion of the XML element or deletion of the XML attribute.

In step S233, when it is determined that there is a change in the XML attribute, a user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed is provided.

Step S234 refers to a step of providing a user interface in which the structure of the original document before the position movement and the structure of the reference document after the position movement are displayed when it is determined that there is a movement of the position of the XML element or movement of the XML attribute. .

Finally, in step S235, if it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, it is corrected by moving the position of the XML element, or deletion of an XML attribute in the original document and the addition of an XML element in the reference document. If it is determined that there is an XML attribute addition in the , it is corrected by moving the position of the XML attribute. Refers to the step of providing a user interface displaying a pop-up menu for further modification or, when it is determined that there is a movement of the XML attribute, the deletion of the XML attribute from the original document and the addition of the XML attribute from the reference document. .

That is, when it is determined that there is the addition of the XML element or the addition of the XML attribute, the review unit 230 provides a user interface in which the structure of the added reference document is displayed, and it is determined that there is the deletion of the XML element or the deletion of the XML attribute. When it is determined, a user interface is provided in which the structure of the deleted original document is displayed, and when it is determined that there is a change in the XML attribute, the user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed and, when it is determined that there is a movement of an XML element or a movement of an XML attribute, a user interface is provided in which the structure of the original document before the movement and the structure of the reference document after the movement are displayed.

In addition, if it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, it is corrected by moving the position of the XML element, or deletion of an XML attribute in the original document and XML attribute in the reference document. If it is determined that there is an addition of , it is modified by moving the position of the XML attribute, or if it is determined that there is a movement of the XML element, it is modified by deleting the XML element from the original document and adding an XML element from the base document, or , when it is determined that there is a positional movement of the XML attribute, it may be configured to provide a user interface in which a pop-up menu is displayed in which the deletion of the XML attribute in the original document and addition of the XML attribute in the reference document can be modified.

For example, when the original document having the structure shown in FIG. 4 has changes corresponding to FIGS. 5 to 11 , the user interface may be shown as shown in FIG. 12 .

Step S300 performed by the structure conversion unit 300 may include steps S310 and S320.

Step S310 refers to a step of converting the structure of the original document into the structure of the reference document based on the comparison result in step S200.

In step S320, when it is determined that the XML element or XML attribute included in the structure of the original document has been deleted or moved, the XML element or XML attribute is deleted from the structure of the original document, but information included in the deleted XML element or XML attribute refers to the step of storing separately in a separate database.

That is, the structure conversion unit 300 converts the structure of the original document into the structure of the reference document based on the comparison result in the structure comparison unit 200 to output the converted document, and an XML element included in the structure of the original document or When it is determined that the XML attribute has been deleted or moved, the XML element or XML attribute may be deleted from the structure of the original document, but information included in the deleted XML element or XML attribute may be separately stored in a separate database.

More specifically, step S300 refers to a step of converting the structure of the original document to be the same as that of the reference document based on the comparison result in step S200.

That is, in step S300, a specific XML element or a specific XML attribute may be deleted or added after deletion. Since step S300 converts the structure of the original document to be the same as that of the reference document, it is not possible to add new information that does not exist. Therefore, it will be obvious that only additional work is not performed separately.

The delete operation is performed targeting the deletion of XML elements and the deletion of XML attributes. This can be done by literally deleting the relevant information. However, since all of the previously created information is created out of necessity, it is desirable to keep it as it is even if it does not exist in the target structure. Therefore, all information deleted through step S300 may be separately stored in a separate database.

The operation to be added after deletion is performed by moving the position of the XML element, moving the position of the XML attribute, and changing the XML attribute. The deletion operation proceeds in the same manner as described above. After deletion, the information is equally added to the structure of the reference document, but since this also accompanies the deletion process, all deleted information may be separately stored in a separate database.

The document structure conversion method S10 performed by the document structure conversion system 10 and the document structure conversion system 10 according to an embodiment of the present invention is a document created by the existing version of ARXML when the version of ARXML is updated. The structure of the original document, which is a document created by the newly updated version of ARXML, can be converted to be the same as that of the reference document.

Through this, it is possible to reduce the waste of time and money required to analyze the structure of the original document and manually change it to match the structure of the reference document, or to rewrite the existing document according to the structure of the newly updated version of ARXML.

In addition, the present invention may further include a computer-readable recording medium in which a program for executing the above-described document structure conversion method ( S10 ) is recorded.

Although the document structure conversion method and the document structure conversion system according to the embodiment of the present invention have been described as specific embodiments, this is merely an example, and the present invention is not limited thereto, and the should be construed as having a range. A person skilled in the art may implement a pattern of a shape not specified by combining or substituting the disclosed embodiments, but this also does not depart from the scope of the present invention. In addition, those skilled in the art can easily change or modify the disclosed embodiments based on the present specification, and it is clear that such changes or modifications also fall within the scope of the present invention.

Claims

(a) a document structure analysis step of analyzing, by the structure analysis unit, the structure of the reference document and the original document created through XML schema and having an ARXML structure;

(b) a document structure comparison step of comparing, by a structure comparison unit, a difference in structure between the reference document and the original document; and

(c) a document structure conversion step of converting, by the structure conversion unit, the structure of the original document into the structure of the reference document based on the comparison result,

How to transform the document structure.
According to claim 1,

Step (a) is:

(a-1) mapping each XML element included in the ARXML structure to each node;

(a-2) mapping the XML attribute of each XML element included in the ARXML structure to the attribute of each node; and

(a-3) further comprising analyzing the structure by implementing a graph database for each of the reference document and the original document based on the node and the properties of the node,

How to transform the document structure.
3. The method of claim 2,

Step (b) is:

(b-1) comparing, by the first comparison unit, the graph database for each of the reference document and the original document, the addition of the XML element, the deletion of the XML element, the addition of the XML attribute, the addition of the XML attribute determining whether there is a deletion or a change of the XML attribute;

(b-2) comparing, by a second comparison unit, a graph database for each of the reference document and the original document, and determining whether there is a movement of the position of the XML element or movement of the XML attribute; and

(b-3) further comprising, by the review unit, providing, by the review unit, the determination result in steps (b-1) and (b-2) and a user interface in which a pop-up menu for correcting the determination result is displayed doing,

How to transform the document structure.
4. The method of claim 3,

The step (b-1) is:

(b-1-1) determining that the XML element is added when an XML element having the same XML attribute is included in the structure of the reference document instead of being included in the structure of the original document;

(b-1-2) determining that the XML element is deleted when an XML element having the same XML attribute is included in the structure of the original document but not in the structure of the reference document;

(b-1-3) determining that the XML attribute is added when an XML attribute having the same data type and multiplicity for a specific XML element is not included in the structure of the original document but is included in the structure of the reference document;

(b-1-4) determining that the XML attribute is deleted when an XML attribute having the same data type and multiplicity for a specific XML element is included in the structure of the original document and not included in the structure of the reference document; and

(b-1-5) when a data type or multiplicity of a specific XML attribute for a specific XML element is different from each other, further comprising the step of determining that the XML attribute has been changed;

How to transform the document structure.
4. The method of claim 3,

The step (b-2) is:

(b-2-1) determining that the position of the XML element is moved when the XML element is deleted from the structure of the original document and added from the structure of the reference document; and

(b-2-2) when the XML attribute is deleted from the structure of the original document and added from the structure of the reference document, further comprising the step of determining that there is a positional movement of the XML attribute,

How to transform the document structure.
4. The method of claim 3,

The step (b-3) is:

(b-3-1) providing a user interface displaying the structure of the added reference document when it is determined that the XML element is added or the XML attribute is added;

(b-3-2) providing a user interface displaying the structure of the deleted original document when it is determined that the XML element is deleted or the XML attribute is deleted;

(b-3-3) providing a user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed when it is determined that the XML attribute is changed;

(b-3-4) When it is determined that there is a movement of the position of the XML element or movement of the XML attribute, a user interface in which the structure of the original document before the movement and the structure of the reference document after the movement are displayed providing; and

(b-3-5) When it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, this is corrected by moving the XML element position, or When it is determined that there is a deletion and an addition of an XML attribute in the reference document, it is corrected by a position movement of the XML attribute, or when it is determined that there is a position movement of the XML element, it is combined with the deletion of the XML element from the original document A pop-up capable of modifying by adding an XML element in the reference document or by adding an XML attribute in the reference document and deleting an XML attribute in the original document when it is determined that there is a movement of the XML attribute providing a user interface in which a menu is displayed;

How to transform the document structure.
4. The method of claim 3,

Step (c) is:

(c-1) converting the structure of the original document into the structure of the reference document based on the comparison result; and

(c-2) When it is determined that the XML element or XML attribute included in the structure of the original document has been deleted or moved, the XML element or XML attribute is deleted from the structure of the original document, but the deleted XML element or XML attribute The information contained in the further comprising the step of keeping separately in a separate database,

How to transform the document structure.
a structure analysis unit configured to analyze the structure of a reference document and an original document created through XML schema and having an ARXML structure;

a structure comparison unit configured to compare a difference in structure between the reference document and the original document; and

a structure conversion unit configured to convert the structure of the original document into the structure of the reference document based on the comparison result in the structure comparison unit;

Document structure conversion system.
9. The method of claim 8,

The structural analysis unit:

mapping each XML element included in the ARXML structure to each node;

mapping an XML attribute of each XML element included in the ARXML structure to an attribute of each node;

configured to analyze the structure by implementing a graph database for each of the reference document and the original document based on the node and the properties of the node,

Document structure conversion system.
10. The method of claim 9,

The structure comparison unit:

By comparing graph databases for each of the reference document and the original document, it is determined whether there is an addition of the XML element, deletion of the XML element, addition of the XML attribute, deletion of the XML attribute, or change of the XML attribute. a first comparison unit configured to;

a second comparison unit, configured to compare a graph database for each of the reference document and the original document to determine whether there is a positional movement of the XML element or a movement of the XML attribute; and

and a review unit configured to provide a user interface in which a result of determination by the first comparison unit and the second comparison unit and a pop-up menu for modifying the determination result are displayed,

Document structure conversion system.
11. The method of claim 10,

The first comparison unit comprises:

When an XML element having the same XML attribute is included in the structure of the reference document instead of being included in the structure of the original document, it is determined that the XML element is added;

when an XML element having the same XML attribute is included in the structure of the original document and not included in the structure of the reference document, it is determined that the XML element is deleted;

When an XML attribute having the same data type and multiplicity of a specific XML element is not included in the structure of the original document but is included in the structure of the reference document, it is determined that the XML attribute is added;

When an XML attribute having the same data type and multiplicity for a specific XML element is included in the structure of the original document and not included in the structure of the reference document, it is determined that the XML attribute is deleted;

configured to determine that the XML attribute is changed when the data type or multiplicity of a specific XML attribute for a specific XML element is different from each other,

Document structure conversion system.
11. The method of claim 10,

The second comparison unit comprises:

when the XML element is deleted from the structure of the original document and added from the structure of the reference document, it is determined that the position of the XML element is moved;

and when the XML attribute is deleted from the structure of the original document and added from the structure of the reference document, determining that there is a positional movement of the XML attribute,

Document structure conversion system.
11. The method of claim 10,

The review unit is:

when it is determined that there is the addition of the XML element or the addition of the XML attribute, providing a user interface displaying the structure of the added reference document;

when it is determined that there is deletion of the XML element or deletion of the XML attribute, providing a user interface displaying the structure of the deleted original document;

when it is determined that there is a change in the XML attribute, providing a user interface in which the XML attribute in the original document before the change and the XML attribute in the reference document after the change are displayed;

when it is determined that there is a movement of the XML element or movement of the XML attribute, providing a user interface in which the structure of the original document before the movement and the structure of the reference document after the movement are displayed;

When it is determined that there is a deletion of an XML element in the original document and an addition of an XML element in the reference document, this is corrected by moving the XML element, or deletion of an XML attribute in the original document and the addition of an XML element in the reference document. When it is determined that there is an XML attribute addition, it is corrected by moving the position of the XML attribute. Provides a user interface displaying a pop-up menu that can be modified by addition of , or when it is determined that there is a movement of the XML attribute, deletion of the XML attribute from the original document and addition of the XML attribute from the reference document configured to

Document structure conversion system.
11. The method of claim 10,

The structural transformation unit:

converting the structure of the original document into the structure of the reference document based on the comparison result;

When it is determined that the XML element or XML attribute included in the structure of the original document has been deleted or moved, the XML element or XML attribute is deleted from the structure of the original document, but the information included in the deleted XML element or XML attribute is configured to be kept separately in a separate database;

Document structure conversion system.
A computer-readable recording medium in which a program for executing the document structure conversion method according to claim 1 is recorded.