Work assisting system

Abstract

To suppress a collision between an incorporated selective application and an operation application at an incorporation destination.SOLUTION: In a work assisting system, a work assisting device 10 includes a first receiving unit 101, a detecting unit 102, a first correcting unit 104, and an incorporating unit 105. The first receiving unit 101 receives information representing a selective application, and information representing the incorporation destination of the selective application. The detecting unit 102 checks up information IO utilized by an operation application OA with information IC utilized by the selective application, and detects, from the information IC utilized by the selective application, collision information. The first correcting unit 104 changes the collision information or deletes the collision information in such a way that a collision does not occur. The incorporating unit 105 incorporates the selective application in the incorporation destination.SELECTED DRAWING: Figure 2

Description

[Technical field]

[0001] Regarding business support systems. [Background technology]

[0002] Patent Document 1 (JP 2014-220579 A) discloses a server that centrally manages setting values ​​of a plurality of information processing devices, and a system that prevents inconsistencies in the setting values ​​between the information processing devices. Summary of the Invention [Problem to be solved by the invention]

[0003] The system of Patent Document 1 does not disclose how to prevent collisions when an application is imported.

[0004] The present disclosure proposes a business support system that can suppress conflicts between an imported application and an operational application into which the application is imported. [Means for solving the problem]

[0005] The business support system according to a first aspect includes a first receiving unit, a detection unit, a first correction unit, and an import unit. The first receiving unit receives information indicating a selected application, which is a sample application selected from a plurality of sample applications, and information indicating an import destination into which the selected application is to be imported. The detection unit compares information used in an operational application, which is an application operated in the import destination, with information used in the selected application, and detects, from the information used in the selected application, conflict information, which is information that may cause a conflict when the selected application is imported into the import destination. The first correction unit changes the conflict information or deletes the conflict information so that a conflict does not occur. The import unit imports the selected application into the import destination when the first correction unit changes the conflict information or deletes the conflict information.

[0006] The business support system according to the present disclosure detects conflict information, which is information that may cause a conflict when importing a selected application. The business support system also changes or deletes the conflict information so as to prevent a conflict, and imports the selected application into the import destination. Therefore, the business support system can suppress conflicts between the imported selected application and the operation application of the import destination.

[0007] A second aspect of the business support system is a first aspect of the business support system, wherein the conflict information includes at least one of information regarding a table used in a selected application that is inconsistent with information regarding a table used in an operational application, and user identification information used in a selected application that conflicts with user identification information used in the operational application.

[0008] A business support system according to a third aspect is the business support system according to the first or second aspect, further comprising an alarm unit and a second reception unit. The alarm unit causes the collision information to be notified by an alarm device. The second reception unit receives mapping information or information indicating deletion of the collision information, which is information indicating the content of a change to the collision information. The first correction unit changes the collision information or deletes the collision information so that a collision does not occur, based on the mapping information or the information indicating the deletion of the collision information.

[0009] A fourth aspect of the present invention relates to the business support system of the third aspect, and further includes a recording unit, which, when the selected application is imported into the import destination, records in the storage device reconciliation information that is information linking the collision information, the mapping information, and information indicating the selected application.

[0010] A fifth aspect of the present invention relates to a business support system according to the fourth aspect, in which the recording unit records the reconciliation information and the version of the selected application in association with each other each time the selected application is imported into the import destination in the storage device. The notification unit further notifies information indicating a difference in the reconciliation information for each version by the notification device.

[0011] A sixth aspect of the business support system is a business support system according to any one of the third aspect to the fifth aspect, wherein when the selected application is imported into the import destination, the import unit further imports into the import destination at least one of a requirements definition document for the selected application linked to the selected application, design information for the selected application linked to the selected application, an operation manual for the selected application linked to the selected application, and an operations manual for the selected application linked to the selected application.

[0012] A business support system according to a seventh aspect is the business support system according to the sixth aspect, further comprising a second modification unit. The second modification unit modifies information corresponding to conflict information included in the requirements definition document imported by the import unit, the design information imported by the import unit, the operation manual imported by the import unit, and the operations manual imported by the import unit, based on the conflict information and mapping information. Alternatively, the second modification unit deletes information corresponding to conflict information included in the requirements definition document imported by the import unit, the design information imported by the import unit, the operation manual imported by the import unit, and the operations manual imported by the import unit, based on the conflict information and mapping information. [Brief description of the drawings]

[0013] [Figure 1] 1 is a schematic diagram showing the overall configuration of a task support system 1. FIG. [Diagram 2] FIG. 2 is a control block diagram of the business support device 10. [Diagram 3] 3 is a flowchart showing the operation of the task support system 1. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0014] (1) Low-code and no-code development (1-1) Background Application development requires coding to implement functions in the application. However, coding requires coding knowledge and time. This can lead to problems that make application development difficult.

[0015] In order to solve the above problems, low-code or no-code development is used when developing applications. "Low-code development" refers to development that does not require coding when implementing some of the functions to be implemented in the application. "No-code development" refers to development that does not require coding when implementing all of the functions to be implemented in the application.

[0016] Low-code or no-code development reduces the time it takes to code. It can also be done even if you have little knowledge of coding.

[0017] (1-2) An example of a process An example of a process for developing an application using low-code or no-code development will be described.

[0018] At least one of a plurality of "application components realizing functions that can be implemented in an application" and a plurality of "applications in which one or more functions are implemented" are prepared in advance. The "prepared application components realizing functions that can be implemented in an application" are referred to as "sample components." The "prepared application in which one or more functions are implemented" are referred to as "sample applications."

[0019] The sample components and the sample applications are stored in a database, which is referred to as a "sample database" in which the sample components and / or the sample applications are stored.

[0020] A user selects at least one of a sample component and a sample application from a plurality of sample components or a plurality of sample applications. When a sample component is selected, an application is generated by combining the plurality of sample components or by combining one or more sample components and the sample application. The generated application or the sample application selected by the user is referred to as a "selected application."

[0021] The user tries out the selected application stored in the sample database, which allows the user to determine whether the selected application meets their requirements.

[0022] If the user determines that the requirements are met, the user specifies the destination to which the selected application is to be imported. An example of the destination is a database used in the environment in which the user wants to operate the selected application. The "database used in the environment in which the user wants to operate the selected application" is referred to as the "operational database."

[0023] Through the above process, the user can import applications that meet the requirements into the import destination.

[0024] (1-3) Problem There are cases where an application is being operated at the destination of the selected application. An "application being operated at the destination" is referred to as an "operating application." In this case, a collision may occur between information used by the operating application and information used by the selected application. A "collision" refers to a change in information content or a processing failure due to inconsistency or contention of information.

[0025] The business support system 1 prevents the occurrence of the above problems. However, the problems that the business support system 1 prevents from occurring are not limited to the above problems.

[0026] (2) Overall structure The overall configuration of the business support system 1 will be described. FIG. 1 is a schematic diagram showing the overall configuration of the business support system 1. The business support system 1 realizes at least one of low-code development and no-code development in application development. The business support system 1 includes a business support device 10, a user server 21, a sample database 22, an operation database 23, an information server 31, and an information database 32. Each of the components included in the business support system 1 may be multiple.

[0027] (2-1) Business support equipment The business support device 10 performs processing to avoid collisions and imports the selected application into the operation database 23. The business support device 10 is connected to a user server 21 and an information server 31 by wire or wirelessly. The business support device 10 will be described in detail later.

[0028] (2-2) User Server The user server 21 accepts various information from a user and displays the various information to the user. The user server 21 includes an input device (not shown) and a display device 211. The display device 211 is an example of a notification device. The user server 21 is connected to the business support device 10, the sample database 22, the operation database 23, and the information server 31 by wire or wirelessly. The user server 21 will be described in detail later.

[0029] (2-3) Sample Database The sample database 22 is a storage device that stores a plurality of sample applications SA, etc. Examples of the sample database 22 include a hard disk drive (HDD) and a solid state drive (SSD). The sample database 22 is connected to the user server 21 and the operation database 23 by wire or wirelessly.

[0030] (2-4) Operational Database The operation database 23 is a storage device that stores one or a plurality of operation applications OA, etc. Examples of the operation database 23 include an HDD and an SSD.

[0031] (2-5) Information Server The information server 31 performs processing related to the information IC used in the selected application, the information IO used in the operation application OA, and the document M linked to the selected application. The information server 31 is connected to the business support device 10, the user server 21, and the information database 32 by wire or wirelessly. The information IC used in the selected application, the information IO used in the operation application OA, and the document M will be described in detail later.

[0032] (2-6) Information Database The information database 32 is a storage device that stores information IC used in the selected application, information IO used in the operational application OA, documents M linked to the selected application, etc. Examples of the information database 32 include an HDD and an SSD.

[0033] The information database 32 may be connected to the user server 21 instead of to the information server 31 .

[0034] (2-7) Hardware configuration The business support device 10, the user server 21, and the information server 31 are realized by a computer. The business support device 10, the user server 21, and the information server 31 each include a control arithmetic device and a storage device. The control arithmetic device can use a processor such as a CPU or a GPU. The control arithmetic device reads out a program stored in the storage device, and performs predetermined image processing and arithmetic processing according to the program. Furthermore, the control arithmetic device can write the results of the calculation to the storage device and read out information stored in the storage device according to the program. The storage device can be used as a database.

[0035] (3) Detailed configuration (3-1) Business support equipment Fig. 2 is a control block diagram of the business support device 10. Fig. 2 shows various functional blocks realized by the control arithmetic device. The business support device 10 has a first reception unit 101, a detection unit 102, a second reception unit 103, a first correction unit 104, an acquisition unit 105, a recording unit 106, a storage unit 107, a notification unit 108, a second correction unit 109, etc. All or a part of the components of the business support device 10 may be provided in the user server 21 or the information server 31.

[0036] (3-1-1) First Reception Section The first receiving unit 101 receives, from the user server 21, information indicating the selected application and information indicating the import destination.

[0037] (3-1-2) Detection section The detection unit 102 compares the information IO used in the operational application OA with the information IC used in the selected application, and detects collision information from the information IC used in the selected application.

[0038] (3-1-2-1) Information used in the application Examples of "information IO used in the operational application OA" include information regarding tables used in the operational application OA, information regarding screen components used in the operational application OA, and user identification information used in the operational application OA.

[0039] Examples of "information related to a table" include information indicating a table name, information indicating a column name, information indicating a column type, and information indicating a column relationship. Examples of "information related to a component of a screen" include information indicating a position of a component on a screen, information indicating a color of a component on a screen, information indicating an operation of a component on a screen, and information indicating a table linked to a component on a screen. An example of "information indicating an operation of a component on a screen" includes information indicating the processing of an application when a component on a screen is pressed.

[0040] Examples of "information IC used in the selected application" include information about a table used in the selected application, information about components of a screen used in the selected application, and user identification information used in the selected application.

[0041] (3-1-2-2) Collision information The collision information is information that may cause a collision when the selected application is imported into the import destination. The collision information includes at least one of the following: "information about table" used in the selected application that is inconsistent with "information about table" used in the operational application OA; user identification information used in the selected application that conflicts with user identification information used in the operational application OA; and "information about screen components" used in the selected application that conflicts with "information about screen components" used in the operational application OA.

[0042] (3-1-3) Second Reception Section The second reception unit 103 receives information indicating the deletion of the mapping information or the collision information from the user server 21. The mapping information is information indicating the content of the change to the collision information. Examples of the mapping information include information indicating that the collision information is changed by adding a prefix, information indicating that the collision information is changed by adding a suffix, and information indicating the content of the changed collision information.

[0043] (3-1-4) First revised part Based on the mapping information or the information indicating the deletion of the collision information, the first modification unit 104 modifies the collision information or deletes the collision information so that a collision does not occur.

[0044] (3-1-5) Intake section The import unit 105 imports the selected application into the import destination when the first modification unit 104 changes or deletes the collision information. In addition, when the selected application is imported into the import destination, the import unit 105 further imports the document M linked to the selected application into the import destination.

[0045] Document M includes at least one of a requirements definition document for the selected application, design information for the selected application, an operation manual for the selected application, and an operations manual for the selected application. The "requirements definition document" is a document that defines functional requirements, which are requirements for the functions implemented in the application, and non-functional requirements, which are requirements other than the functions implemented in the application.

[0046] (3-1-6) Recording Section Each time the selected application is imported into the import destination, the recording unit 106 links the reconciliation information and the version of the selected application and records them in the storage unit 107. The reconciliation information is information that links the collision information, the mapping information, and the information indicating the selected application.

[0047] (3-1-7) Storage section The storage unit 107 is a storage device that stores information in which the matching information and the version of the selected application are linked together. Examples of the storage unit 107 include a HDD and an SSD.

[0048] (3-1-8) Notification Department The notification unit 108 transmits the collision information to the user server 21 and causes the display device 211 to notify the same. In addition, the notification unit 108 transmits information indicating a difference in the matching information for each version of the selected application to the user server 21 and causes the display device 211 to notify the same.

[0049] (3-1-9) Second revised part The second modification unit 109 modifies information corresponding to the conflict information included in the requirements definition document imported by the import unit 105, the design information imported by the import unit 105, the operation manual imported by the import unit 105, and the operation manual imported by the import unit 105, based on the conflict information and the mapping information. Alternatively, the second modification unit 109 deletes information corresponding to the conflict information included in the requirements definition document imported by the import unit 105, the design information imported by the import unit 105, the operation manual imported by the import unit 105, and the operation manual imported by the import unit 105, based on the conflict information.

[0050] (3-2) User Server The user server 21 receives information indicating the selected application and information indicating the import destination from the user via the input device. The user server 21 also receives information indicating the deletion of mapping information or conflict information from the user via the input device. The user server 21 transmits the information indicating the selected application, information indicating the import destination, mapping information, and information indicating the deletion of conflict information to the task support device 10.

[0051] (3-2-1) Display device The display device 211 displays a plurality of sample applications SA stored in the sample database 22. The display device 211 displays collision information and information indicating the difference in adjustment information for each version of the selected application.

[0052] (4) Operation The following describes the operation of the task support system 1. FIG.

[0053] The user server 21 reads a plurality of sample applications SA from the sample database 22. The user server 21 displays the plurality of sample applications SA on the display device 211 (step S1). The user selects a sample application SA from the plurality of sample applications SA. The user inputs information indicating the selected application and information indicating the import destination via the input device. The import destination is the operation database 23.

[0054] The user server 21 receives the information indicating the selected application and the information indicating the import destination via the input device. The user server 21 transmits the information indicating the selected application and the information indicating the import destination to the task assistance device 10 (step S2).

[0055] The first receiving unit 101 receives information indicating the selected application and information indicating the import destination from the user server 21 (step S3).

[0056] The detection unit 102 identifies the information IC used in the selected application based on the information indicating the selected application. The detection unit 102 reads the information IC used in the selected application from the information database 32 via the information server 31 (step S4).

[0057] The detection unit 102 identifies the information IO used in the operation application OA based on the information indicating the import destination. The detection unit 102 reads the information IO used in the operation application OA from the information database 32 via the information server 31 (step S5).

[0058] The detection unit 102 compares the information IC used in the selected application with the information IO used in the operational application OA, thereby detecting collision information from the information IC used in the selected application (step S6).

[0059] The notification unit 108 transmits the collision information to the user server 21, and notifies the user through the display device 211 (step S7). The user checks the collision information and decides whether to prepare mapping information or delete the collision information. The user inputs the mapping information or information indicating the deletion of the collision information through the input device.

[0060] The user server 21 receives information indicating the deletion of the mapping information or the collision information via the input device, and transmits the information indicating the deletion of the mapping information or the collision information to the task support device 10 (step S8).

[0061] The second receiving unit 103 receives information indicating the deletion of the mapping information or the collision information from the user server 21 (step S9).

[0062] Based on the mapping information, the first correction unit 104 changes the conflict information among the "information IC used in the selected application" stored in the information database 32. Alternatively, based on information indicating the deletion of the conflict information, the first correction unit 104 deletes the conflict information among the "information IC used in the selected application" stored in the information database 32 (step S10).

[0063] The import unit 105 imports the selected application into the import destination (step S11). As a result, the selected application is imported into the operation database 23.

[0064] The import unit 105 imports the document M linked to the selected application into the import destination (step S12). As a result, the document M linked to the selected application is imported into the operational database 23.

[0065] The second correction unit 109 changes information corresponding to the collision information included in the document M imported by the import unit 105 based on the collision information and mapping information. Alternatively, the second correction unit 109 deletes information corresponding to the collision information included in the document M imported by the import unit 105 based on the collision information (step S13).

[0066] The recording unit 106 associates the adjustment information with the version of the selected application and records them in the storage unit 107 (step S14).

[0067] The notification unit 108 transmits information indicating the difference in the adjustment information for each version of the selected application to the user server 21, and causes the display device 211 to notify the information (step S15). The user can check the information indicating the difference in the adjustment information for each version of the selected application.

[0068] (5) Features (5-1) The business support system 1 includes a first receiving unit 101, a detection unit 102, a first correction unit 104, and an import unit 105. The first receiving unit 101 receives information indicating a selected application, which is a sample application SA selected from a plurality of sample applications SA, and information indicating an import destination to import the selected application. The detection unit 102 compares information IO used in an operation application OA, which is an application operated in the import destination, with information IC used in the selected application, and detects, from the information IC used in the selected application, conflict information that may cause a conflict when the selected application is imported into the import destination. The first correction unit 104 changes the conflict information or deletes the conflict information so that a conflict does not occur. When the first correction unit 104 changes the conflict information or deletes the conflict information, the import unit 105 imports the selected application into the import destination.

[0069] By importing the selected application into the import destination, a collision may occur between the information IC used by the selected application and the information IO used by the operational application OA. This collision may change the contents of the information IC used by the selected application or the information IO used by the operational application OA. This collision may also cause a failure in the processing of the selected application or the operational application OA. After a collision occurs, it may be difficult or impossible to take measures to prevent the collision from occurring.

[0070] The business support system 1 detects conflict information, which is information that may cause a conflict when importing the selected application. The business support system 1 also changes or deletes the conflict information so as to prevent a conflict, and imports the selected application into the import destination. Therefore, the business support system 1 can suppress a conflict between the imported selected application and the import destination operational application OA.

[0071] (5-2) The business support system 1 includes at least one of the following conflict information: information regarding a table used in the selected application that is inconsistent with information regarding a table used in the operational application OA, and user identification information used in the selected application that conflicts with user identification information used in the operational application OA.

[0072] Therefore, when the selected application is imported into the import destination, the task support system 1 can prevent a collision between information on the tables used in the selected application and information on the tables used in the operational application OA.

[0073] (5-3) The business support system 1 further includes an alarm unit 108 and a second reception unit 103. The alarm unit 108 causes an alarm device to alarm the collision information. The second reception unit 103 receives mapping information that is information indicating the content of the change to the collision information or information indicating deletion of the collision information. The first correction unit 104 changes the collision information or deletes the collision information so that a collision does not occur, based on the mapping information or the information indicating the deletion of the collision information.

[0074] The notification unit 108 notifies the user of the conflict information, so that the user can grasp the conflict information before downloading the selected application.

[0075] The collision information is detected from information IC used in the selected application. Therefore, it is desirable to change the collision information not only so that a collision does not occur, but also so that the selected application can use the collision information appropriately. Depending on the content of the collision information, it may be desirable to delete the collision information. The first modification unit 104 changes the collision information or deletes the collision information so that a collision does not occur, based on the mapping information or information indicating the deletion of the collision information.

[0076] Therefore, the task support system 1 can make changes or modifications appropriate to the content of the conflict information, thereby suppressing conflicts between the imported selected application and the operational application OA into which the application is imported.

[0077] (5-4) The task support system 1 further includes a recording unit 106. When the selected application is imported into the import destination, the recording unit 106 records, in a storage device, fitting information that is information that links the collision information, the mapping information, and the information indicating the selected application.

[0078] Therefore, the business support system 1 can utilize the reconciliation information recorded in the storage device for other information processing. Also, the user can understand the reconciliation information.

[0079] (5-5) In the business support system 1, the recording unit 106 links the reconciliation information and the version of the selected application and records them in the storage device every time the selected application is imported into the import destination. The notification unit 108 further notifies information indicating the difference in the reconciliation information for each version by the notification device.

[0080] Since multiple versions of the selected application are provided during a certain period of time, multiple versions of the selected application may be imported into the import destination. Each time the selected application is imported into the import destination, the conflict information may be changed or deleted. Therefore, it is difficult to grasp the difference in the reconciliation information for each version.

[0081] The notification unit 108 notifies the user of the information indicating the difference in the adjustment information for each version by the notification device. Therefore, the user can grasp the information indicating the difference in the adjustment information for each version.

[0082] (5-6) When the business support system 1 imports a selected application into the import destination, the import unit 105 further imports into the import destination at least one of a requirements definition document for the selected application linked to the selected application, design information for the selected application linked to the selected application, an operation manual for the selected application linked to the selected application, and an operation manual for the selected application linked to the selected application.

[0083] In order to operate the selected application, the user imports the selected application into the import destination. For this purpose, the user may require a requirements definition document, design information, an operation manual, an operation manual, and the like.

[0084] When the selected application is imported into the import destination, the import unit 105 also imports the document M of the selected application into the import destination. Therefore, the task support system 1 can improve the user's convenience regarding the operation of the selected application at the import destination.

[0085] (5-7) The business support system 1 further includes a second modification unit 109. The second modification unit 109 modifies information corresponding to the conflict information included in the requirements definition document imported by the import unit 105, the design information imported by the import unit 105, the operation manual imported by the import unit 105, and the operation manual imported by the import unit 105, based on the conflict information and mapping information. Alternatively, the second modification unit 109 deletes information corresponding to the conflict information included in the requirements definition document imported by the import unit 105, the design information imported by the import unit 105, the operation manual imported by the import unit 105, and the operation manual imported by the import unit 105, based on the conflict information and mapping information.

[0086] When the first correction unit 104 changes or deletes the collision information, an inconsistency may occur between the information IC used in the selected application and the document M of the selected application. The second correction unit 109 changes or deletes information corresponding to the collision information of the document M of the selected application based on the collision information and the mapping information. Therefore, the business support system 1 can suppress an inconsistency between the information IC used in the selected application and the document M of the selected application.

[0087] (6) Variations (6-1) Variation 1A The task support system 1 may further include an information generating unit (not shown) that generates mapping information based on a predetermined rule.

[0088] (6-1-1) Configuration When collision information is detected by the detection unit 102, the information generation unit generates mapping information by checking the collision information against a predetermined rule. The first modification unit modifies the collision information based on the generated mapping information so that no collision occurs.

[0089] (6-1-2) Features Even if the business support system 1 reports the collision information and does not accept the mapping information, the first correction unit can change the collision information based on the generated mapping information. Therefore, the business support system 1 can reduce the processing time and the processing load required to change the collision information compared to the case where the business support system 1 reports the collision information and accepts the mapping information.

[0090] Although the embodiments of the present disclosure have been described above, it will be understood that various changes in form and details can be made without departing from the spirit and scope of the present disclosure described in the claims. [Explanation of symbols]

[0091] 1. Business Support System 101 First Reception Section 102 Detection unit 103 Second Reception Section 104 First Amendment Part 105 Intake section 106 Recording Section 108 Notification Department 109 Second Amendment Part Information used in IC selection applications Information used in IO operational applications OA Operation Application SA Sample Application [Prior art documents] [Patent documents]

[0092] [Patent Document 1] JP 2014-220579 A

Claims

1. a first receiving unit (101) that receives information indicating a selected application, which is a sample application selected from a plurality of sample applications (SA), and information indicating an import destination from which the selected application is to be imported; a detection unit (102) for detecting, from the information used by the selected application, conflict information that may cause a conflict when the selected application is imported into the import destination, by comparing information (IO) used by an operational application (OA), which is an application operated in the import destination, with information (IC) used by the selected application; a first modification unit (104) that modifies the collision information or deletes the collision information so that the collision does not occur; an import unit (105) that imports the selected application into the import destination when the first modification unit changes or deletes the collision information; A business support system (1).

2. The collision information is information regarding tables used by the selected application that is inconsistent with information regarding tables used by the operational application; and user identification information used in the selection application that conflicts with user identification information used in the operational application; Including at least one of The business support system according to claim 1 .

3. an alarm unit (108) that causes an alarm device to notify the collision information; a second reception unit (103) that receives mapping information, which is information indicating the content of a change to the collision information, or information indicating deletion of the collision information; Further equipped with The first modification unit modifies the collision information or deletes the collision information based on the mapping information or information indicating deletion of the collision information so that the collision does not occur. The business support system according to claim 1 or 2.

4. a recording unit (106) for recording, in a storage device, fitting information that is information linking the collision information, the mapping information, and information indicating the selected application when the selected application is imported into the import destination; Further comprising: The business support system according to claim 3.

5. the recording unit records the adjustment information and a version of the selected application in association with each other in the storage device each time the selected application is imported into the import destination; The notification unit further notifies information indicating a difference in the fitting information for each version by a notification device. The business support system according to claim 4.

6. When the selected application is imported into the import destination, the import unit A requirements specification document for the selected application associated with the selected application; design information of the selected application associated with the selected application; an operation manual for the selected application, the operation manual being associated with the selected application; an operation manual for the selected application, the operation manual being associated with the selected application; Further importing at least one of the above into the import destination. The business support system according to claim 3.

7. The requirements definition document imported by the import unit; and The design information acquired by the acquisition unit; the operation manual captured by the capture unit; and the operation manual imported by the import unit; and or The requirements definition document imported by the import unit; and The design information acquired by the acquisition unit; the operation manual captured by the capture unit; and the operation manual imported by the import unit; and Deleting information corresponding to the collision information included in A second correction unit (109) based on the collision information and the mapping information. The business support system according to claim 6.

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