JP7421606B1 - Resource application system - Google Patents

Abstract

[Problem] In a system in which the library management system in the first business operator system including the first business operator system and the administrator of each system are different from the second business operator system administrator, the second business operator system manages the library. To provide an application system that enables the use of a system and digitizes applications for the use of a library management system and a plurality of resources within the library management system.
A resource application system according to an embodiment of the present invention includes a first system that manages resources, and, when used for an application to use the resource, the first system and the application system. a second system and a third system connected to and accessible to the first system, wherein the first system, the application system, and the second system are managed by a first administrator. , the third system is managed by a second administrator different from the first administrator.
[Selection diagram] Figure 1

Description

The present invention relates to a resource application system.

In recent years, financial institutions have been using, for example, library management systems as management systems for managing multiple resources. A first user belonging to a financial institution can use a library management system and a plurality of resources within the library management system within the financial institution using a first guest system owned by the first user. The financial institution includes, for example, a first operator system, and the first operator system includes a library management system and a first guest system, and is managed by a first operator system administrator. For example, if the first user wishes to use the library management system and multiple resources within the library management system, the first user may use the library management system and multiple resources within the library management system using the first guest system. Applications such as new use, setting changes, and abolition were submitted in writing to the system administrator of the first company. However, in the case of a written application, for example, if the first user applies for the same setting change again, the first user must draft the same application in writing from scratch. It was a big burden. Furthermore, the first business operator's system administrator is required to confirm the document every time an application is accepted, which places a heavy burden on the first business operator's system administrator. Furthermore, a second user who owns a second guest system included in a second business operator system that does not belong to a financial institution could not use the library management system and multiple resources using the second guest system. .

JP2018-088650A Japanese Patent Application Publication No. 2005-084736

Patent Document 1 describes a system that performs a service that connects a customer's base to an intranet using a dedicated line or the like in providing cloud services at a data center. The system that provides the service described in Patent Document 1 includes, for example, a system that provides cloud services in a data center, a system at a customer's location, and a system that allows a user to apply for connection between a system built on the cloud and a system at the customer's location. Includes a system that electronically accepts applications for cloud services from . Further, Patent Document 2 describes a stock option exercise support system in which a securities company system, a securities company transaction bank system, and a financing bank system are connected via a bank network.

However, while the system that provides the service described in Patent Document 1 includes a system that accepts applications electronically, the administrator of the system that accepts applications electronically and the administrator of each system other than the system that accepts applications electronically Unlike, the stock option exercise support system described in Patent Document 2 does not include a system for electronically accepting applications for each procedure, and each system included in the stock option exercise support system has a different administrator. . Therefore, if the systems described in Patent Documents 1 and 2 are combined, a first business operator system that includes a library management system in a financial institution and makes an application for use of the library management system in writing, and a first business operator system that does not belong to a financial institution and Even if the management system is applied to a second provider's system that is unavailable, the first provider's system will be able to electronically accept applications for use of the library management system, and the second provider's system will be able to manage the library. Although there is a possibility that the system will be made available, at least the system administrator of the first business operator, the library management system administrator, the administrator of the system that accepts applications electronically, and the second business system administrator. In systems where systems with different systems are constructed, and the library management system and each system administrator in the first operator system including the first operator system are different from the second operator system administrator. However, it has been difficult to construct a system that can electronically accept applications for use of the library management system and also allow a second provider system to use the library management system.

In view of such problems, one of the objects of the present invention is to provide a library management system in a first business operator system including the first business operator system, an administrator of each system, and a second business operator system administrator. An object of the present invention is to provide an application system that enables a second business operator system to use a library management system in a system in which the systems are different, and that digitizes applications for using the library management system and a plurality of resources within the library management system. Further, one of the objects of the present invention is to improve user convenience using the application system.

A resource application system according to an embodiment of the present invention includes a first system that manages resources, an application system that is used for applying for using the resource, and a system that is connected to the first system and the application system, and that is connected to the first system and the application system. a second system and a third system that are accessible to the first system; the first system, the application system and the second system are managed by a first administrator; The system is managed by a second administrator different from the first administrator.

In the resource application system, the second system includes a first procedure execution unit that requests the application system to make the application, and the application system includes a second procedure execution unit that receives the application request. The first system may include a third procedure execution unit that provides the resources to the second system.

In the resource application system, the second procedure execution unit includes a first cooperation unit and a procedure transmission unit, the third procedure execution unit includes a second cooperation unit, and the first The procedure execution unit sends a first cooperation request to the application system when the software is started, and when the application system receives the first cooperation request, the first cooperation unit sends a first cooperation request to the application system. After the application system is linked with the second system, the procedure sending unit sends a link notification to the first procedure execution unit and the third procedure execution unit. , upon receiving the cooperation notification, the second cooperation unit may cause the first system to cooperate with the application system and the second system.

In the resource application system, the first procedure execution unit generates an application file for the application after receiving the collaboration notification, and transmits the application file to the first system, thereby providing the You may also execute the application request.

In the resource application system, the third procedure execution unit further includes a delivery list generation unit, and when the application file is attached to the screen, the delivery list generation unit includes a list of the plurality of resources. A delivery list may also be generated.

In the resource application system, after the delivery list generation unit generates the delivery list, the second collaboration unit sends a request to the first collaboration unit to share the delivery list with the second system. You can also send it.

In the resource application system, after receiving the request to share the delivery list, the first cooperation unit obtains the delivery list in the first system and sends the delivery list to the first system. You may also send a request for the hash value of the delivery list.

In the resource application system, the third procedure execution unit further includes a first hash value generation, and when the first system receives a request for a hash value of the delivery list, the third procedure execution unit generates the first hash value. The unit may generate a first hash value using the delivery list in the first system, and may transmit the first hash value to the first cooperation unit.

In the resource application system, the second procedure execution unit further includes a second hash value generation unit and a censorship unit, and when the first cooperation unit receives the first hash value, the second procedure execution unit further includes a second hash value generation unit and a censorship unit. The first cooperation unit transmits the first hash value to the inspection unit, and the second hash value generation unit transmits the delivery list in the first system acquired by the first cooperation unit. may be used to generate a second hash value and send the second hash value to the censor.

In the resource application system, the second procedure execution unit further includes an approval unit, and upon receiving the first hash value and the second hash value, the inspection unit receives the first hash value and the second hash value. Compare the second hash value to determine whether they match, and if it is determined that they match, approve the censorship result determined to be a match, and approve the censorship result. A notification of this fact may be sent to the approval section.

In the resource application system, upon receiving a notification from the censorship unit that the censorship result has been approved, the first hash value and the second hash value are compared to determine whether they match; If it is determined that they match, the application is approved, and when the approval unit approves the application, the first cooperation unit sends the application to the first system and the second system. A request for sharing may be sent to the second cooperation unit and the second system.

In the resource application system, the third procedure execution unit further includes an automatic construction unit, and when the second cooperation unit receives a request to share the approval result of the application, the third procedure execution unit shares the approval result of the application and sends a notification that the approval result of the application has been shared to the automatic construction unit, and the automatic construction unit determines that the applied resource is the second one based on the application file. At the same time, when the automatic construction of the system environment is completed, a request to share the automatic construction results with the application system and the second system is sent to the first system. and the second system.

In the resource application system, when the second system receives a request to share the automatic construction result, the second system shares the automatic construction result and also transfers the resource from the first system. It may be possible to provide the information.

In the resource application system according to an embodiment of the present invention, the library management system and the administrators of each system in the first operator system including the first operator system are different from the second operator system administrator. In the second business operator system, the library management system can be used, and an application system can be provided that digitizes library management and application for use of a plurality of resources in the library management system. Furthermore, using the application system, user convenience can be improved.

1 is a schematic diagram showing the configuration of a resource application system according to a first embodiment of the present invention. 1 is a schematic diagram showing the configuration of an application system according to a first embodiment of the present invention. 1 is a schematic diagram showing the configuration of a common infrastructure system according to a first embodiment of the present invention. It is a figure showing an example of the list of application contents concerning a 1st embodiment of the present invention. 1 is a schematic diagram showing the configuration of a guest system according to a first embodiment of the present invention. It is a schematic diagram showing functional blocks constituted by each component of a resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention. It is a figure showing an example of the flow of the processing method of the resource application system concerning a 1st embodiment of the present invention.

Hereinafter, each embodiment of the present invention will be described with reference to the drawings and the like. However, the present invention can be implemented in many different modes, and should not be construed as being limited to the contents of the embodiments exemplified below. Although the drawings may be shown schematically to make the explanation more clear, they are merely examples and do not limit the interpretation of the present invention.

In addition, the characters ``first'' and ``second'' for each element are convenient indicators used to distinguish each element, and unless otherwise specified, they do not have any further meaning. do not have. In addition, in the drawings referred to in each embodiment, the same parts or parts having similar functions are denoted by the same or similar symbols (numerals such as A, B, 1, 2, etc. added to the number xxx). , and repeated explanations may be omitted. Further, a part of the configuration may be omitted from the drawings. In addition, in cases where a person having ordinary knowledge in the field to which the present invention pertains would be able to recognize, a special explanation will be omitted.

<First embodiment>
A resource application system 1 according to a first embodiment of the present invention will be explained using FIGS. 1 to 12. The resource application system 1 is a system used by, for example, a bank, a credit union, a post office, an insurance company, or a securities company.

<1. Overview of resource application system 1>
FIG. 1 is a schematic diagram showing the configuration of a resource application system 1 according to a first embodiment of the present invention.

In addition, the resource application system 1 uses the information of the first guest system 30 registered in the application system 10 (information stored in the application system database (application system DB (Data Base)) 161) to 1 guest system 30 accessably links with the application system 10 and the library management system 20, and various applications such as new use, setting change, and abolition of the resource 2611 of the library management system 20 can be made using the software 110A installed in the application system 10. , the software 110B installed on the first guest system 30, and the software 110C installed on the library management system 20.

In addition, the second guest system 40, which has conventionally been unable to access the application system 10 and the library management system 20, can register the information of the second guest system 40 in the computerized application system 10, thereby allowing the first guest system 40 to access the application system 10 and the library management system 20. Similar to the system 30, software installed in the application system 10 is linked in an accessible manner to the application system 10 and the library management system 20, and allows various applications such as new use, setting changes, and abolition of the resources 2611 of the library management system 20. 110A, software 110C installed on the library management system 20, and software 110D installed on the second guest system 40. Note that the first guest system 30 may communicate with the second guest system 40 as appropriate.

In the resource application system 1, the library management system 20, the application system 10, and the first guest system 30 are managed by the first company system administrator, and the second guest system 40 is managed by the second company system administrator. be done. Software 110A, 110B, 110C, and 110D are application software developed within a financial institution, and are application software for using application system 10. The resource application system 1 includes an application system 10 in which various applications for a plurality of resources 2611 in the library management system 20 are digitized, and includes a first user of the first guest system 30, a second user of the second guest system 40, By using the resource application system 1, the first business system administrator and the second business system administrator can improve the convenience of various applications.

In the resource application system 1, a library is, for example, a collection of components that are easy to use according to functions used in a program. The first user and the second user can, for example, acquire each component from a library and build a program. By using the library, the first user and the second user do not need to create frequently used functions from scratch, and can perform development efficiently. In the resource application system 1, a resource may be, for example, a resource 2611 such as a file, a folder (directory), or a library group included in the library 261 of the library management system 20. For example, in the resource application system 1, when applying for new use of the library management system 20 including the library 261, the library management system 20 or the library 261 itself may be a resource.

As shown in FIG. 1, the resource application system 1 includes a first operator system 2, a second operator system 3, and a platform system 4. The first operator system 2, the second operator system 3, and the platform system 4 are connected to each other via a network 50. The first business system 2 includes an application system 10, a library management system 20, and a first guest system 30. The second operator system 3 includes a second guest system 40. Further, the first business system 2 is, for example, a bank system, and is managed by a first business system administrator who belongs to the bank. Further, the second company system 3 is, for example, a system of a securities company, and is managed by a second company system administrator belonging to the securities company. The first company system administrator is a different administrator from the second company system administrator.

In the conventional system, the administrator, second user, etc. belonging to the second business operator system 3 could not access the library management system 20 within the first business operator system 2. Application software (software 110A, 110B, 110C, and 110D) for using the application system 10 developed within the bank is developed so that it can be provided to financial institutions other than banks (for example, securities companies). . Therefore, in the resource application system 1, an administrator, a second user, etc. belonging to the second provider system 3 accesses the application system 10 and the library management system 20, is provided with the resource 2611 from the library management system 20, and The second guest system 40 can be developed using the resource 2611 and the library management system 20.

The application system 10 includes an application system DB 161. The application system DB 161 stores, for example, information about the first guest system 30 and the second guest system 40 registered in the application system 10. Software 110A is installed in the application system 10. The application system 10 performs various applications for a plurality of resources 2611 included in the library 261 managed by the library management system 20 by appropriately communicating with the library management system 20 and the first guest system 30 using the software 110A. It functions as an enabling system.

The library management system 20 includes a library 261 that stores a plurality of resources 2611, and manages the plurality of resources 2611. Software 110C downloaded from the platform system 4 is installed in the library management system 20. The library management system 20 communicates with the application system 10, the first guest system 30, and the second guest system 40 as appropriate using the software 110C, thereby receiving the resources 2611 of the library management system 20 transmitted from the application system 10. Functions as a system that makes it possible to provide permission to use the library management system 20, resources 2611, etc. to the first guest system 30 and the second guest system 40 based on various applications such as usage applications, setting changes, and abolitions. do.

Software 110B downloaded from the platform system 4 is installed in the first guest system 30. The first guest system 30 functions as a system that uses the software 110B to make various applications such as application for use, setting change, and abolition of the resource 2611 of the library management system 20 via the application system 10. For example, the first guest system 30 functions as a system that can use the resource 2611 that has been applied for use of the library management system 20.

Software 110D downloaded from the platform system 4 is installed on the second guest system 40. The second guest system 40 includes the same configuration and functions as the first guest system 30, so a detailed description thereof will be omitted here.

As described above, the software 110A, 110B, 110C, and 110D are application software developed within a financial institution, and are application software for using the application system 10. For example, in the example shown in FIG. 1, the first guest system 30, the library management system 20, and the second guest system 40 download software 110B, software 110C, and software 110D from the platform system 4. On the other hand, when the platform system 4 is not used, the first guest system 30, library management system 20, and second guest system 40 download the software 110B, software 110C, and software 110D from the application system 10, for example. By using the software 110B, 110C, and 110D, the first guest system 30 and the second guest system 40 cooperate with the application system 10 and the library management system 20, are provided with resources from the library management system 20, and are provided with the resources. can be used.

The platform system 4 is a server (internal server) within the financial institution that provides digital content used within the financial institution. When digital content used within a financial institution is provided outside the financial institution, the platform system 4 provides services such as Google Play (registered trademark), App Store (registered trademark), etc. outside the financial institution. Corresponds to the server (external server).

In the resource application system 1, as an example, the first user owns the first guest system 30. In order to use the application system 10, the first user uses the first guest system 30 to download the software 110B from the platform system 4 to the first guest system 30, and installs it on the first guest system 30. Further, in the resource application system 1, as an example, the second user owns the second guest system 40. In order to use the application system 10, the second user uses the second guest system 40 to download the software 110D from the platform system 4 to the second guest system 40 and install it on the second guest system 40.

In the first embodiment, the software 110A is installed in the application system 10, and the software 110B, 110C, and 110D are native applications installed and used in the first guest system 30, library management system 20, and second guest system 40. A case will be explained below. Further, the first guest system 30 and the second guest system 40 can be used by multiple users. Furthermore, in the resource application system 1, data may be referred to as information.

<1-1. Configuration of application system 10>
FIG. 2 is a schematic diagram showing the configuration of the application system 10 according to the first embodiment of the present invention. Descriptions of configurations that are the same as or similar to those in FIG. 1 may be omitted.

As shown in FIG. 2, the application system 10 includes a display section 11, an operation section 14, a storage section 16, a control section 12, and a communication section 15. The display section 11, the operation section 14, the storage section 16, the control section 12, and the communication section 15 are connected using a bus 19.

The display unit 11 is a device that displays images and the like to the user of the first guest system 30 and the like. The display unit 11 is a display device such as a liquid crystal display, an organic EL (Electro Luminescence) display, or an LED (Light Emitting Diode) display, and displays the processing results by the application system 10. The display unit 11 displays an image according to data supplied from the control unit 12, for example. Further, the display unit 11 displays a screen according to the screen data received by the communication unit 15.

The operation unit 14 includes a touch sensor, a keyboard, a mouse, a controller, a button, a switch, or the like. The user uses the operation unit 14 to input various operation signals generated in response to up/down, left/right movement, pressing, rotation, etc. to the control unit 12 . Note that a touch panel may be configured using a display device and a touch sensor, and in that case, the display section 11 and the operation section 14 may be arranged so as to overlap at the same location.

The storage unit 16 stores, for example, programs and data (information). The storage unit 16 manages stored programs and data using a predetermined file system and/or DB. The programs and data stored in the storage unit 16 may be distributed and stored in multiple storage devices.

The stored programs and data include the OS, which is the basic software that controls the application system 10, application software that provides various functions on the OS, various information, and screen data related to the software 110A, 110B, 110C, and 110D. . Specifically, the programs and data (information) stored in the storage unit 16 include various information included in the application system DB 161, application-related DB 163, and the like.

The control unit 12 is configured using a CPU (Central Processing Unit), an MPU (Micro-Processing Unit), an FPGA (Field Programmable Gate Array), or other arithmetic processing circuit. Control by the control unit 12 is such that various programs stored in the storage unit 16 included in the application system 10 are read out to a RAM (Random Access Memory), and the various programs are expanded using the RAM as a work area and executed. This is achieved by

Further, the control unit 12 includes a functional block 13A configured by starting software 110A that can execute various procedures (processes). A detailed description of the software 110A and functional block 13A will be provided later.

The communication unit 15 is an interface that connects the application system 10 to the network 50. The application system 10 can communicate with, for example, the first guest system 30, the library management system 20, the second guest system 40, and the platform system 4 via the communication unit 15.

<1-2. Configuration of library management system 20>
FIG. 3 is a schematic diagram showing the configuration of the library management system 20 according to the first embodiment of the present invention. Descriptions of configurations that are the same as or similar to those in FIGS. 1 and 2 may be omitted.

As shown in FIG. 3, the library management system 20 includes a display section 21, a control section 22, an operation section 23, a communication section 24, and a storage section 26. The control section 22, display section 21, operation section 23, communication section 24, and storage section 26 are interconnected via a bus 29.

The display unit 21 is a display device that displays images and the like to the person in charge of the common infrastructure system. The display section 21 includes the same configuration and functions as the display section 11. In explaining the display section 21, explanations of the same configuration and functions as the display section 11 will be omitted. The display unit 21 displays an image according to data supplied from the control unit 22, for example. Further, the display unit 21 displays a screen according to the screen data received by the communication unit 24.

Since the control unit 22 includes the same configuration and functions as the control unit 12, the configuration and functions of the control unit 22 that are different from the control unit 12 will be described here. The control unit 22 includes at least software 110C that can execute various procedures (processes). Further, the control unit 22 includes a functional block 13C configured by starting software 110C capable of executing various procedures (processes). A detailed description of the software 110C and the functional block 13C will be provided later.

For example, when the operation unit 23 receives an operation by the first user or the person in charge of the common infrastructure system, it generates an operation signal corresponding to the operation and supplies it to the control unit 22 . As a result, the first user can input a desired procedure (process) into the library management system 20.

The communication unit 24 is an interface that connects the library management system 20 to the network 50. The library management system 20 can communicate with the application system 10, the library management system 20, the second guest system 40, and the platform system 4 via the communication unit 24. The communication unit 24 can transmit data (information) supplied from the control unit 22 to the application system 10 (application system DB 161). Further, the communication unit 24 can receive data from the application system 10 (application system DB 161) and supply it to the control unit 22.

The storage unit 26 stores, for example, programs and data (information). The storage unit 26 manages stored programs and data using a predetermined file system and/or DB. The programs and data stored in the storage unit 26 may be distributed and stored in multiple storage devices. The stored programs and data include, for example, the OS that is the basic software that controls the application system 10, application software that provides various functions on the OS, and screen data related to the software 110C and 110D. Specifically, the programs and data (information) stored in the storage unit 16 include a library 261 including a plurality of resources 2611, an application-related DB 163, and the like.

<1-3. Configuration of first guest system 30>
FIG. 4 is a schematic diagram showing the configuration of the first guest system 30 according to the first embodiment of the present invention. Descriptions of configurations that are the same as or similar to those in FIGS. 1 to 3 may be omitted.

As shown in FIG. 4, the first guest system 30 includes a control section 31, a display section 32, an operation section 33, a communication section 34, and a storage section 35. The control section 31 , display section 32 , operation section 33 , communication section 34 , and storage section 35 are interconnected via a bus 36 .

The control unit 31 includes the same configuration and functions as the control unit 12. In explaining the control section 31, explanations of the same configuration and functions as the control section 12 will be omitted. The control unit 31 includes a functional block 13B configured by starting software 110B that can execute various procedures (processes). A detailed description of the software 110B and functional block 13B will be provided later. Control by the control unit 31 is realized by reading various programs stored in the storage unit 35 into the RAM, expanding the various programs using the RAM as a work area, and executing the programs. In the first embodiment, a source file (not shown) stored in the storage unit 35 is read into the RAM of the control unit 31, expanded, and the program of the source file is executed. The desired control is executed.

The display unit 32 is a display device that displays images and the like to the first user of the first guest system 30. The display section 32, like the display section 11, is, for example, a liquid crystal display, an organic EL display, or an LED display. The display unit 32 displays an image according to data supplied from the control unit 31, for example. Further, the display unit 32 displays a screen according to the screen data received by the communication unit 34.

Like the operation unit 14, the operation unit 33 includes a touch sensor, a keyboard, a mouse, a controller, a button, a switch, or the like. The first user uses the operation unit 33 to perform an operation such as moving up, down, left or right, pressing, or rotating, and when the operation unit 33 receives an operation by the first user, it outputs an operation signal corresponding to the operation. is generated and supplied to the control section 31. As a result, the first user can input a desired procedure (process) into the first guest system 30. The operation unit 33 accepts input operations of characters, numbers, symbols, etc. by the first user. Furthermore, when the screen displayed on the display section 32 includes an object, the operation section 33 accepts an operation for specifying the object included on the screen displayed on the display section 32 . Note that, similarly to the operation section 14, the operation section 33 may also include a touch panel using a display device and a touch sensor, and in that case, the display section 32 and the operation section 33 may be overlapped at the same location. It may be arranged as follows.

The communication unit 34 is an interface that connects the first guest system 30 to the network 50. The first guest system 30 can communicate with the application system 10, the library management system 20, the second guest system 40, and the platform system 4 via the communication unit 34. The communication unit 34 can transmit data (information) supplied from the control unit 31 to the application system 10 (application system DB 161). Furthermore, the communication unit 34 can receive data from the application system 10 (application system DB 161) and supply it to the control unit 31.

The storage unit 35 stores programs and data (information). Similar to the storage unit 16, the programs and data stored in the storage unit 35 are, for example, an OS, which is basic software that controls the first guest system 30, and application software that provides various functions on the OS. Although not shown, the storage unit 35, like the storage unit 16, may store source files related to the software 110B, and may include an application-related DB in which source files related to the software 110B are stored. . Software 110B is downloaded from platform system 4 and installed. Further, the storage unit 35 may temporarily store data input to the software 110B.

<1-4. Configuration of second guest system 40>
FIG. 5 is a schematic diagram showing the configuration of the second guest system 40 according to the first embodiment of the present invention. Descriptions of configurations that are the same as or similar to those in FIGS. 1 to 4 may be omitted.

As shown in FIG. 5, the second guest system 40 includes a control section 41, a display section 42, an operation section 43, a communication section 44, and a storage section 45. The control section 41, display section 42, operation section 43, communication section 44, and storage section 45 are interconnected via a bus 46.

The respective configurations and functions of the control unit 41, display unit 42, operation unit 43, communication unit 44, and storage unit 45 included in the second guest system 40 are the same as those included in the first guest system 30. 32, the operation unit 33, the communication unit 34, and the storage unit 35 have the same configurations and functions as those in which the first guest system 30 is replaced with the second guest system 40. Here, the differences from the first guest system 30 will be mainly explained.

The control unit 41 includes the same configuration and functions as the control unit 12. In explaining the control section 41, explanations of the same configuration and functions as the control section 12 will be omitted. The control unit 41 includes a functional block 13D configured by activating software 110D capable of executing various procedures (processing). A detailed description of software 110D and functional block 13D will be provided later. Control by the control unit 41 is realized by reading various programs stored in the storage unit 45 into the RAM, expanding the various programs using the RAM as a work area, and executing the various programs. In the first embodiment, a source file (not shown) stored in the storage unit 45 is read into the RAM of the control unit 41, expanded, and the program of the source file is executed. The desired control is executed.

The storage unit 45 may store source files related to the software 110D, and may include an application-related DB in which source files related to the software 110D are stored. The software 110D is downloaded from the platform system 4 and installed. Furthermore, the storage unit 45 may temporarily store data input to the software 110D.

<2. Functional block configuration of resource application system 1>
FIG. 6 is a schematic diagram showing functional blocks constituted by each component of the resource application system 1. As shown in FIG. More specifically, FIG. 6 is a schematic diagram showing the relationship between functional blocks 13A, 13B, 13C, and 13D configured by starting software 110A, 110B, 110C, and 110D. Descriptions of configurations that are the same as or similar to those in FIGS. 1 to 5 may be omitted.

The configurations of the functional blocks 13A, 13B, 13C, and 13D will be explained using FIG. 6.

The application system 10 includes the application system DB 161 and the application-related DB 163, as described in "1-1. Configuration of the application system 10", and the software 110A is installed in the application system 10. The software 110A is application software for starting the application system 10 developed within a financial institution. The functional block 13A is configured by activating the software 110A. The functional block 13A includes a receiving section 131A, a procedure execution section 132A, and an output section 133A. The software 110A includes a program for causing a computer to execute a procedure method (processing method) including at least a receiving section 131A, a procedure execution section 132A, and an output section 133A.

The procedure execution unit 132A includes a cooperation unit 135A, a procedure transmission unit 136A, a procedure reception unit 137A, a hash value generation unit 140A, a review unit 134A, a censorship unit 138A, and an approval unit 139A.

In this embodiment, an example is shown in which the cooperation unit 135A includes a function of receiving a cooperation request signal, an ID signal, a registration request signal, a notification, or the like. The receiving unit 131A may have a function of receiving a cooperation request signal, an ID signal, a registration request signal, a notification, etc., and transmitting it to the cooperation unit 135A. A detailed explanation of each signal, notification, etc. will be given later.

The cooperation unit 135A includes a function of causing the application system 10 to cooperate with the first guest system 30, the second guest system 40, and the library management system 20 upon receiving the cooperation request signal. By linking the application system 10 and the first guest system 30 by the linking unit 135A, it becomes possible to send and receive data (information) between the first guest system 30, the application system DB 161, and the application-related DB 163. . Furthermore, by linking the application system 10 and the second guest system 40 using the linkage unit 135A, it is possible to send and receive data (information) between the second guest system 40, the application system DB 161, and the application-related DB 163. becomes. Further, for example, upon receiving a request for cooperation of an application file to which a delivery file and a difference file are attached (a request for sharing the application file), the cooperation unit 135A cooperates (shares) the application file to which a delivery file and a difference file are attached. When the content of the application file to which the delivery file and difference file are attached is confirmed and approved, the "date, time, execution format" and "delivery list and difference list" are acquired from the application file in the library management system 20. , includes a function of transmitting a hash value request signal requesting a hash value of the delivery list in the library management system via the procedure transmitting unit 136A. A detailed explanation of the application file, delivery list, difference list, hash value, etc. will be described later.

The procedure transmission unit 136A has a function of transmitting signals related to various procedures (processing) to the first guest system 30, second guest system 40, or library management system 20, and a function of transmitting signals related to various procedures (processing). Contains functionality to confirm. The procedure transmitter 136A includes, for example, a function of transmitting a contact registration request signal to the first guest system 30 or the second guest system 40 after registering the ID of the first guest system 30 or the second guest system 40.

The procedure receiving unit 137A includes a function of receiving signals related to various procedures (processing) from the first guest system 30, the second guest system 40, or the library management system 20. The procedure receiving unit 137A receives, for example, the ID of the first guest system 30 transmitted from the first guest system 30, and the first user using the software 110A, 110B, 110C, and 110D executes the procedure (processing). A function to confirm the identity of the user, the second user who uses the software 110A, 110B, 110C, and 110D executes the procedure (processing) by receiving the ID of the second guest system 40 sent from the second guest system 40. a function of receiving the ID of the first guest system 30 or the second guest system 40 and storing (registering) the received ID; It includes a function of receiving a contact registration request signal from the guest system 40 and storing (registering) the received contact information.

When the hash value generation unit 140A receives the first hash value via the procedure reception unit 137A, the hash value generation unit 140A has a function of generating a hash value of a delivery list (first delivery list) in the library management system 20, and an application. It includes a function to generate a hash value of the delivery list (second delivery list) in the system 10.

The review unit 134A checks the content of the application file based on the cooperation unit 135A linking the application file (delivery file and difference file), and determines whether the application content is appropriately described. If the application contents are appropriate, approve the application contents, and if the application contents are inappropriate, instruct to execute the procedure (processing) of re-creating the application file (resulting in re-creating the delivery list). Includes the ability to It should be noted that a case where the application contents are appropriate is a case where there are no omissions in the information necessary for the application, and a case where the application contents are inappropriate is a case where the application contents are not appropriate.

The inspection unit 138A compares the hash value of the delivery list (first delivery list) in the library management system 20 with the hash value of the delivery list (second delivery list) in the application system 10, and It is determined whether the hash value of the delivery list matches or does not match the hash value of the second delivery list, and if they match, the inspection result is approved, and if they do not match, the procedure for recreating the application file is executed. Contains functions to instruct.

The approval unit 139A compares the hash value of the first delivery list and the hash value of the second delivery list based on the inspection result, and the hash value of the first delivery list is determined to be the hash value of the second delivery list. It includes a function that determines whether the application file matches or does not match the application file, approves the application (application file) in the case of a match, and instructs to execute the procedure to recreate the application file in the case of a match.

In the resource application system 1, it is possible to automatically perform reexamination, inspection, and approval using the reexamination section 134A, the censorship section 138A, the approval section 139A, and the hash value generation section 140A. As a result, in the resource application system, the procedures (processing) in which the reviewer and approver, such as the system administrator of the first business operator, used written documents to review, inspect, and approve, in the conventional system. 1, it is possible to automate reviewing, inspection, and approval, thereby reducing the burden on reviewers and approvers such as the system administrator of the first business operator.

In the resource application system 1, the hash value generation unit 140A is used to generate a hash value of the delivery list at least before inspection and approval, and the hash value of the delivery list is used to perform the procedures for reexamination, inspection, and approval. can be executed. Therefore, it is possible to determine that the delivery list has been tampered with during re-examination, inspection, and approval, so it is possible to avoid performing subsequent procedures (processing) using a tampered delivery list, and to avoid rewriting the application file. It is possible to execute the procedure (processing) of creation (resulting in the re-creation of the delivery list). As a result, falsification of the delivery list can be suppressed. In the resource application system 1, by using the hash value generation unit 140A, it is possible to determine, for example, if a resource has been added to the delivery list, or if the contents of a resource listed in the delivery list have been rewritten. .

In the resource application system 1, the hash value generation unit 140A can generate a hash value of a delivery list for at least inspection and approval. If inspection and approval are attempted using the entire application file without using the hash value, the processing cost of the arithmetic processing circuit included in the control unit 12 will increase. On the other hand, the hash value generation unit 140A can, for example, generate a hash value for a part of the delivery list (resource names listed in the delivery list) and make the delivery list into a short character string. Processing costs can be reduced. As a result, the resource application system 1 speeds up the procedure (processing) and shortens the time from application to release.

Note that in registering the ID of the first guest system 30 and registering the contact information of the first user or the first guest system 30, the ID of the first guest system 30 and the first user or the first guest system 30 are registered. The contact information is registered in, for example, the storage unit 16 (application system DB 161). Similar to the first guest system 30, in registering the ID of the second guest system 40 and registering the second user or contact information of the second guest system 40, the ID of the second guest system 40 and the second user Alternatively, the registration destination of the contact information of the second guest system 40 is, for example, the storage unit 16 (application system DB 161). Further, in the resource application system 1, as an example, the software 110A is started on the application system 10, the software 110B is started on the first guest system 30, the software 110C is started on the library management system 20, and the software 110D is started on the second guest system 30. The system 40 is activated.

For example, the output unit 133A receives the cooperation request signal, ID signal, registration request signal, notification, etc. from the cooperation unit 135A or the reception unit 131A, and outputs the cooperation notification with the application system 10, the first user or the first guest system 30, etc. contact registration request, first user or first guest system 30 contact registration request, second user or second guest system 40 contact registration request, second user or second guest system 40 contact registration notification The first guest system 30 , the second guest system 40 , and the library management system 20 include the function of transmitting general notifications or signals such as the above.

The application system DB 161 stores, for example, information such as host names, IP addresses, and SSH (secure shell) products of the first guest system 30 and second guest system 40, names and dates of birth of the first and second users, Contact information such as phone number, address, or email address, passwords for the first guest system 30 and second guest system 40 (login passwords for the first guest system 30 and second guest system 40), first guest system 30 and A password for using the application system 10 from the second guest system 40 (that is, a password for linking with the application system 10), an email address unique to the first guest system 30 and the second guest system 40, and a password for the library management system 20. It includes unique information such as host name, IP address, and SSH (secure shell) product, information such as host name and IP address of library 261, date and time of application, execution format, delivery list, etc.

The application system DB 161 centrally manages information related to the first guest system 30, second guest system 40, and library management system 20, information related to applications, etc. It is possible to cooperate with the system 40, application system 10, and library management system 20 to share information related to applications.

The application-related DB 163 includes, for example, various screen data and source files for causing the first guest system 30, application system 10, second guest system 40, and library management system 20 to execute procedures. The source file is, for example, a file containing source code for starting software 110A, 110B, 110C, and 110D. Further, the source code includes a program for causing a computer to execute a procedure method (processing method).

In the resource application system 1, the host name, IP address, SSH (secure shell) product, etc. of the first guest system 30 may be individually referred to as the ID of the first guest system 30. The name, IP address, SSH (secure shell) product, etc. may be collectively referred to as the ID of the first guest system 30. In addition, personal information such as the name, address, telephone number, date of birth, telephone number, address, or email address of the first user (first person in charge, second person in charge, etc.) is individually referred to as a user ID. In some cases, personal information such as the first user's name, address, telephone number, date of birth, telephone number, address, or email address may be collectively referred to as a user ID. The host name etc. of the second guest system 40 and the name etc. of the second user are also the ID of the second guest system 40, similar to the host name etc. of the first guest system 30 and the name etc. of the first user. It may also be referred to as a user ID.

As explained in "1-1. Configuration of the application system 10" or "1-3. Configuration of the first guest system 30," the first guest system 30 installs the software 110B downloaded and installed from the platform system 4. include. Software 110B is application software for using the application system 10 developed within a financial institution. The functional block 13B is configured by activating the software 110B.

The functional block 13B includes a receiving section 131B, a procedure execution section 132B, and an output section 133B. The procedure execution section 132B includes a screen control section 134B, a cooperation section 135B, a procedure transmission section 137B, and a procedure reception section 136B. The software 110B includes a program for causing a computer to execute a procedure method (processing method) including at least a receiving section 131B, a procedure execution section 132B, and an output section 133B.

The receiving unit 131B receives input request signals, contact registration request signals, and contact registration completion notification signals, and receives requests from the first guest system 30 for system ID management, contact registration requests, and various other requests. Contains a function that allows the application to be submitted.

For example, the output unit 133B receives an input request signal, a contact registration request signal, a contact registration completion notification signal or notification, etc. from the cooperation unit 135B or the reception unit 131B, and outputs a notification of cooperation with the application system 10, a notification of cooperation with the application system 10, etc. The first guest system 30, the second guest system 40, and the library management system send notifications or signals in general, such as a contact registration request for one user or the first guest system 30, a contact registration notification for the first user or the first guest system 30, etc. 20.

The cooperation unit 135B has a function of transmitting a cooperation request signal to the cooperation unit 135A of the application system 10, and receives a cooperation request signal (a request for sharing the application approval result) of the approval result of the application (application file) and sends the cooperation request signal to the cooperation unit 135A of the application system 10. , and a function to receive a request for collaboration of automatic construction results and collaborate (share) the automatic construction results. In the resource application system 1, the automatic construction result cooperation request is a request for sharing the automatic construction result, and the approval result cooperation request is a request for sharing the approval result.

The screen control unit 134B includes a function of outputting various screens based on screen data received from the application system 10 and the library management system 20 in response to input by the first user using the operation unit 33. Here, the screen data may include a user interface that accepts input from the first user.

The procedure transmitting unit 137B includes a function of transmitting signals related to various procedures (processing) to the application system 10, for example, a function of transmitting an ID signal to the application system 10, and a function of storing contact information and requesting registration of contact information. It includes the function of transmitting a signal to the application system 10. The procedure receiving unit 136B includes a function of receiving signals related to various procedures (processing) from the application system 10, for example, a function of receiving a contact registration request signal, a function of receiving a contact registration completion notification, and a function of receiving a contact registration completion notification. It includes a function that allows various applications to be submitted using the guest system 30.

As explained in "1-1. Configuration of the application system 10" or "1-4. Configuration of the second guest system 40," the second guest system 40 installs the software 110C downloaded and installed from the platform system 4. include. The software 110C is application software for using the application system 10 developed within a financial institution. A functional block 13C is configured by activating the software 110C.

The functional block 13C includes a receiving section 131C, a procedure execution section 132C, and an output section 133C. The procedure execution section 132C includes a screen control section 134C, a cooperation section 135C, a procedure transmission section 137C, and a procedure reception section 136C. The software 110C includes a program for causing a computer to execute a procedure method (processing method) including at least a receiving section 131C, a procedure execution section 132C, and an output section 133C.

The respective configurations and functions of the reception unit 131C, procedure execution unit 132C, output unit 133, screen control unit 134C, cooperation unit 135C, procedure transmission unit 137C, and procedure reception unit 136C included in the function block 13C are included in the function block 13B. In each of the receiving unit 131B, procedure execution unit 132B, output unit 133B, screen control unit 134B, cooperation unit 135B, procedure transmission unit 137B, and procedure reception unit 136B, the first guest system 30 is replaced with a second guest system 40, The configuration and function are the same as those in which the first user is replaced with the second user and the operation unit 33 is replaced with the operation unit 43. Therefore, a description of the receiving section 131C, procedure execution section 132C, output section 133, screen control section 134C, cooperation section 135C, procedure transmission section 137C, and procedure reception section 136C included in the functional block 13C will be omitted here.

The library management system 20 includes the software 110D downloaded and installed from the platform system 4, as explained in "1-1. Overview of the resource application system 1" or "1-2. Configuration of the library management system 20." . The software 110D is application software for using the library management system 20 developed within a financial institution. The functional block 13D is configured by activating the software 110D. The functional block 13D includes a receiving section 131D, a procedure execution section 132D, and an output section 133D.

In the library management system 20, for example, based on the software 110A being started in the application system 10, the software 110D may be started and the functional block 13D may be configured, and based on the execution of the procedure regarding the issuance of details, Software 110D may be activated and functional block 13D may be configured. Furthermore, upon receiving the cooperation notification signal from the application system 10, the library management system 20 may cooperate with the first guest system 30, the second guest system 40, and the application system 10.

The procedure execution section 132D includes a cooperation section 135D, a procedure transmission section 136D, a procedure reception section 137D, a delivery list generation section 134D, a difference list generation section 138D, a hash value generation section 139D, and an automatic construction section 140D. The software 110D includes a procedure method ( includes a program for causing a computer to execute a processing method).

In this embodiment, the cooperation unit 135D has, for example, a function of receiving a cooperation request signal, a function of receiving a cooperation notification signal, a function of transmitting a cooperation request signal of application files (delivery files and difference files), and hashing of a delivery list. It includes functions for receiving value request signals, receiving application (application file) linkage request signals, and linking application (application file) approval results. The receiving unit 131D may have a function of receiving, for example, a request signal for a hash value of a delivery list, a cooperation request signal for an application (application file), and transmitting the received signal to the cooperation unit 135D. A detailed explanation of each signal, notification, etc. will be given later.

The cooperation unit 135D includes a function of causing the library management system 20 to cooperate with the application system 10, the first guest system 30, and the second guest system 40 upon receiving the cooperation request signal or the cooperation notification signal. By linking the library management system 20 and the first guest system 30 by the linking unit 135D, it becomes possible to send and receive data (information) between the first guest system 30, the library 261, and the application-related DB 263. . Furthermore, by linking the library management system 20 and the second guest system 40 using the linkage unit 135D, it is possible to send and receive data (information) between the second guest system 40, the library 261, and the application-related DB 263. becomes. Furthermore, by linking the library management system 20 and the application system 10 using the linking unit 135D, data (information) can be transmitted and received between the storage unit 16 and the storage unit 26. Further, the cooperation unit 135D has a function of generating a cooperation request (request for sharing of application file) signal for the application file to which the delivery list and the difference list are attached based on the generation of the difference list, and transmitting the cooperation request signal, and a library management system. When a request for cooperation of the approval result of the application for provision of resources 2611 (request for sharing of the application approval result) signal is received, the function to cooperate (share) the application approval result and the end of the automatic construction of the guest system environment. It includes a function to generate a cooperation request signal of the automatic construction result based on the automatic construction result and to transmit the cooperation request signal of the automatic construction result. Further, the cooperation unit 135D extracts information such as the first user's name, the first user's contact information, the first user's email address, or the ID of the first guest system 30 from the application file, and stores it in the application-related DB 263. It may also include a function to In the resource application system 1, the guest system environment is an environment in which the applied resource 2611 can be used by the applied system, and an environment in which the applied resource 2611 can be provided to the applied system. .

The procedure transmission unit 136D has a function of transmitting signals related to various procedures (processing) to the first guest system 30, second guest system 40, or library management system 20, and a function of transmitting signals related to various procedures (processing). Contains functionality to confirm. The procedure transmission unit 136D may include, for example, a function of transmitting a signal requesting cooperation of the application file generated by the cooperation unit 135D (request for sharing the application file), and may include a function of transmitting a signal for requesting cooperation of the application file generated by the cooperation unit 135D, and cooperation of the automatic construction result generated by the cooperation unit 135D. It may also include a function of transmitting a request signal.

The procedure receiving unit 137A includes a function of receiving signals related to various procedures (processing) from the first guest system 30, the second guest system 40, or the application system 10. For example, it includes a function of receiving information stored in the application system DB 161 (for example, data, the ID of the first guest system 30 or the second guest system 40, contact information, etc.) via the procedure transmitter 136A.

The delivery list generation unit 134D includes a function of generating a delivery list upon receiving a notification that an application file has been attached to the screen displayed on the display unit 32 of the first guest system 30 (for example, in the delivery area), Includes a function to notify (send) that a delivery list has been generated.

When the difference list generation unit 138D receives a notification that a delivery list has been generated, it has a function of generating a difference list, and a function of automatically notifying that a delivery list and a difference list have been attached to an application file. including.

For example, upon receiving a request signal for a hash value of the delivery list, the hash value generation unit 139D generates a hash value (first hash value) of the delivery list using the delivery list generated by the library management system 20. and a function of transmitting a signal including the first hash value via the procedure receiving unit 137A.

The automatic construction unit 140D has a function of automatically constructing a guest system environment based on the date and time and execution format described in the application file, and a function that automatically constructs a guest system environment and indicates that the automatic construction of the guest system environment has been completed. Contains the ability to notify.

In the output unit 133D, for example, the cooperation unit 135D or the reception unit 131D generates a cooperation request (request for application file sharing) signal for the application file to which the delivery list and the difference list are attached based on the generation of the difference list, and requests cooperation. It includes a function of transmitting a signal, and a function of transmitting notifications or signals in general, such as a cooperation request signal of an automatic construction result, to the first guest system 30 and the application system 10.

<3. Resource application system 1 application flow>
An example of a processing method by the program (software 110A, 110B, 110C, and 110D) according to the first embodiment of the present invention will be described using the flows shown in FIGS. 7 to 12. Processing by the program is executed by the control unit 12 of the application system 10, the control unit 22 of the library management system 20, the control unit 31 of the first guest system 30, and the control unit 41 of the second guest system 40. Note that the first guest system 30 and the second guest system 40 can apply to the application system 10 for provision of the resource 2611 of the library management system 20 using a similar application flow. Here, as an example, a flow of applying to the application system 10 to provide the resource 2611 of the library management system 20 using the first guest system 30 will be mainly described.

When the resource application system 1 starts applying to the application system 10 to provide the resource 2611 of the library management system 20, the first user of the first guest system 30 starts the software 110B (step 1 (S1)). , the first guest system 30 displays screens for various applications using the application system 10 on the display unit 32. The screen includes, for example, objects for system ID management, contact registration, and various applications.

In addition, in an example of the processing method using a program according to the first embodiment of the present invention, it is assumed that the first user is permitted to use the first guest system 30. Since the first user is permitted to use the first guest system 30, the process of starting the software 110B and executing the program, and starting the software 110A and 110C and executing the programs is omitted. That is, after the software 110B is started and the program is executed, the software 110A and 110C are started and the programs are executed.

If the first user is not permitted to use the first guest system 30, after the software 110B is started and the program is executed, for example, the following processes (1) to (4) are executed. Ru. (1) Input of user information of the first guest system 30; (2) Application after the user information is input from the communication unit 34 of the first guest system 30 via the communication unit 15 of the application system 10 Transmission of user information to the system DB 161, (3) Inquiry (verification) of the user information that follows after the application system 10 (application system DB 161) receives the user information and the user information stored in the application system DB 161 ) and determination, (4) after it is determined that the user information is information registered in the application system DB 161 and that the first user is able to use the first guest system 30, the user information is transferred to the application system. 10 (application system DB 161) to the communication unit 34 of the first guest system 30 and the communication unit 24 of the library management system 20 via the communication unit 15.

Note that, conventionally, the second user belonging to the second business operator system 3 could not access the application system 10 and the library management system 20. When applying to the application system 10 to provide the resource 2611 of the library management system 20 using the guest system 40, the same process as shown in (1) to (4) above is performed by the second provider. It is executed by a second user belonging to the system 3. Note that before the processes shown in (1) to (4) above, the user information of the second operator system 3, second user, and second guest system 40 is stored in advance in the application system 10 (application system DB 161). ) has already been registered. The second user of the second guest system 40 starts the software 110D (step 1 (S1)), and the second guest system 40 displays screens for various applications using the application system 10 on the display unit 42. . The screen includes, for example, objects for system ID management, contact registration, and various applications. (1) Input of user information of the second guest system 40, (2) Application via the communication unit 15 of the application system 10 from the communication unit 44 of the second guest system 40 after the user information is input. Transmission of user information to the system DB 161, (3) Inquiry (verification) of the user information that follows after the application system 10 (application system DB 161) receives the user information and the user information stored in the application system DB 161 ) and determination, (4) after it is determined that the user information is information registered in the application system DB 161 and that the second user can use the second guest system 40, the user information is transmitted to the application system. 10 (application system DB 161) to the communication unit 44 of the second guest system 40 and the communication unit 24 of the library management system 20 via the communication unit 15.

When the software 110B is started and the program is executed, and when the software 110A and 110C are started and the programs are executed, the functional blocks 13A, 13B, and 13C are configured, and the first guest system 30 cooperates with the application system 10. Execute the cooperation request. Based on the execution of the cooperation request, the cooperation unit 135B of the procedure execution unit 132B transmits a cooperation request signal to the cooperation unit 135A of the application system 10 (step 2 (S2)). Here, the cooperation request is a REST API (Representational State Transfer Application Programming Interface) cooperation request.

When the cooperation unit 135A receives the cooperation request signal, the first guest system 30 (the cooperation unit 135B) and the application system 10 (the cooperation unit 135A) are connected to each other by REST API. The first guest system 30 (cooperation unit 135B) and application system 10 (cooperation unit 135A) are linked via REST API, so that the first guest system 30 communicates with the application system 10 (application system DB 161, application-related DB 163). becomes possible. In this way, the procedure execution unit 132B can proceed with various applications while communicating with the application system 10 (application system DB 161, application-related DB 163).

Subsequently, after the cooperation unit 135A receives the cooperation request signal, the application system 10 executes the input request (step 4 (S4)). Based on the execution of the input request, the cooperation unit 135A transmits an input signal including a notification of cooperation with the application system 10 and an input request to the first guest system 30 (Step 6 (S6)). Although not shown, in step 6 (S6), the collaboration unit 135A transmits a collaboration notification signal with the application system 10 and the first guest system 30 to the collaboration unit 135D of the library management system 20.

When the receiving unit 131B receives the input request signal (step 8 (S8)), the first guest system 30 becomes able to manage the system ID, register contact information, and apply for various applications. Although not shown, when the library management system 20 (cooperation unit 135D) receives the collaboration notification signal, the library management system 20 (cooperation unit 135D), the first guest system 30 (cooperation unit 135B), and the application system 10 (cooperation unit 135A) are interconnected by REST API. By linking the library management system 20 (cooperation unit 135D), first guest system 30 (cooperation unit 135B), and application system 10 (cooperation unit 135A) using REST API, the library management system 20 (library 261, application-related DB 263) It becomes possible to communicate with the first guest system 30 and the application system 10 (application system DB 161, application related DB 163). In this way, the procedure execution unit 132B of the functional block 13B executes the application in the first guest system 30 while communicating with the application system 10 (application system DB 161, application related DB 163) and library management system 20 (library 261, application related DB 263). Various applications can be made using the system 10 and the library management system 20. That is, the first user can select objects for various applications, and can apply for various applications using the first guest system 30.

When the first user executes a request to manage the ID of the first guest system 30 (step 10 (S10)) and selects the system ID management object using the operation unit 33, the application related DB 163 stores the system ID. The ID input screen data is transmitted to the cooperation unit 135B via the cooperation unit 135A. When the cooperation unit 135B receives the system ID input screen data, the screen control unit 134B displays the system ID input screen on the display unit 32. The screen includes an object containing text for inputting the system ID as well as a blank field for inputting the system ID. The first user inputs the ID of the first guest system 30 in the blank field using the operation unit 33, and when the operation unit 33 accepts the operation of inputting the ID of the first guest system 30, the first guest system 30 ID is stored in the procedure transmitter 137B, and the procedure transmitter 137B transmits an ID signal including the ID of the first guest system 30 to the application system 10 (step 12 (S12)).

Upon receiving the ID signal, the procedure receiving unit 137A registers the ID of the first guest system 30, and stores the ID of the first guest system 30 in the application system DB 161 (registers in the application system 10) (step 14 (S14) ))do.

When the application system 10 registers the ID of the first guest system 30, it executes a contact registration request to the first guest system 30, and the procedure sending unit 136A sends a contact registration request signal to the first guest system 30 (step 16 (S16)).

The procedure receiving unit 136B receives the contact registration request signal (step 18 (S18)). Upon receiving the contact registration request, the procedure receiving unit 136B executes the contact registration request. When executing the contact registration request, the first user uses the operation unit 33 to select an object for contact registration. When the first user selects a contact registration object, the application-related DB 163 transmits contact registration input screen data to the cooperation unit 135B via the cooperation unit 135A. When the cooperation unit 135B receives the contact registration input screen data, the screen control unit 134B displays the contact registration input screen on the display unit 32. The screen includes an object that includes text for contact registration input as well as a blank field for contact registration input. When the first user inputs the contact information into the blank field using the operation unit 33 and the operation unit 33 accepts the operation for inputting the contact information, the contact information is stored in the procedure transmission unit 137B, and the contact information is stored in the procedure transmission unit 137B. The transmitter 137B transmits a contact registration request signal to the application system 10 (step 20 (S20)).

When the procedure receiving unit 137A receives the contact registration request signal, it executes a process of registering the contact, and stores the first user's contact in the application system DB 161 (registers in the application system 10) (step (S22)). )do.

When the application system 10 registers the contact information of the first guest system 30 (the contact information of the first user), the application system 10 notifies the first guest system 30 that the contact information registration has been completed. Based on the execution of the contact registration completion notification, the procedure receiving unit 137A transmits a contact registration completion notification to the first guest system 30 (step 24 (S24)).

When the procedure reception unit 136B receives the contact registration completion notification (step 26 (S26)), it executes the reception of the notification. Based on receiving the notification, the first user can apply for various applications using the first guest system 30.

Subsequently, the first user issues a detailed statement (step 28 (S28)). Based on the execution of the billing statement, the first user uses the operation unit 33 to select the object for billing the statement. When the object for issuing a statement is selected, the application-related DB 163 transmits the screen data for issuing a statement to the collaboration unit 135B via the collaboration unit 135A. When the cooperation unit 135B receives the screen data for issuing a detailed statement, the screen control unit 134B displays a screen for issuing a detailed statement on the display unit 32. On the billing statement screen, the library management system 20's application for provision of the resource 2611, input of the first user's name, input of the first user's contact information, file generation, etc. It includes objects such as an application for providing the resource 2611, a blank field for inputting the first user's name, a blank field for inputting the first user's contact information, and file generation. The first user uses the operation unit 33 to enter the first user's name and contact information in the blank fields, and selects the object for which the resource 2611 of the library management system 20 is to be applied.

When the first user inputs the first user name and the like and selects an object for requesting provision of the resource 2611 of the library management system 20, the first guest system 30 downloads a default file (step 30 (S30)). When the application object is selected and the default file is downloaded, the collaboration unit 135B notifies (sends) the collaboration unit 135A that the application object has been selected. When the collaboration unit 135A receives the notification, it downloads the default file from the application-related DB 163, and transmits the screen data of the default file to the collaboration unit 135B via the collaboration unit 135A. When the cooperation unit 135B receives the screen data of the default file, the screen control unit 134B displays the default file on the display unit 32.

When the default file is displayed on the display unit 32, the first user creates an application file (step 32 (S32)). In creating the application file, the first user selects a default file using the operation unit 33, and enters the first user's name, the first user's email address, the ID of the first guest system 30, and the default file in the default file. Enter the date, time, execution format, etc. The "date, time, execution format" is, for example, the content of the request, such as "I request the first guest system 30 to release the resource 2611 at TT on the DD day of the month of MM in the year YYYY." An application file is generated as described above.

In addition, when the application file is generated, the process of storing the first user's name, contact information of the first user, email address of the first user, or ID of the first guest system 30 written in the application file is performed. May be executed. In the storage process, the application system 10 (coordination unit 135A) collects the name of the first user, the contact information of the first user, and the email address of the first user from the application file attached to the unique details via the coordination unit 135D. Information such as the address or ID of the first guest system 30 is extracted and stored in the application system DB 161. In addition, in the storage process, the library management system 20 (cooperation unit 135D) collects the first user's name, first user's contact information, first user's email address, or first user's email address from the application file attached to the unique details. Information such as the ID of one guest system 30 may be extracted and stored in the application related DB 263.

Here, for example, if the first user has requested a similar application (for example, new use, setting change, abolition, etc.) in the past, the application system 10 may request a similar application in the past. You can refer to the application file used for. As a result, the application system 10 can download the default file based on application files used in the past. At this time, the application system 10 determines whether the first user's name, the first user's contact information, the first user's email address, or the ID of the first guest system 30, etc., which should be input in a similar application, have already been input. A default file of states may be provided to the first user. That is, in the resource application system 1, past history and information can be automatically reflected in file generation accompanying an application for provision of the resource 2611 of the library management system 20. Additionally, compared to the case where the first user generates an application file anew, the first user can generate the application file using the default file in which the information to be input has already been input, so the resource application system 1 can use By doing so, the work burden on the first user can be reduced. In addition, the resource application system 1 can be used because the person in charge of the system of the first business operator can perform confirmation work in the computerized system without prompting the first user to apply using a written document. Accordingly, the work burden on the person in charge of the first company's system can also be reduced.

When an application file is generated and, for example, the first user selects an object for file generation using the operation unit 33, a request to apply for provision of the resource 2611 of the library management system 20 is executed (step 34 (S34)). . In executing the application request, the cooperation unit 135B notifies (sends) the cooperation unit 135A and the library management system 20 (the cooperation unit 135D) that the file generation object has been selected. When the cooperation unit 135D receives the notification, the application-related DB 263 creates a specification specific to the library management system 20 (specific specification), and also sends the image data of the specific specification to the cooperation unit 135B via the cooperation unit 135A. Send. When the cooperation unit 135B receives the image data of the unique details, the screen control unit 134B displays a screen of the unique details on the display unit 32. The unique details screen includes, for example, text such as file attachment and delivery area, as well as objects such as blank fields for file attachment and delivery area. When the first user uses the operation unit 33 to select an object to which a file is to be attached, the procedure execution unit 132B attaches the application file to the blank object in the delivery area displayed on the display unit 32. As described above, the request to apply for provision of the resource 2611 of the library management system 20 is executed. At this time, the first user may download the attached application file to the display unit 32 and check the application file (first viewing).

When the application file is attached to the blank object in the delivery area, a delivery list is generated (step 36 (S436)). When the delivery list generation is executed, the cooperation unit 135D notifies (sends) the delivery list generation unit 134D that the application file has been attached to the unique details. When the delivery list generation unit 134D receives the notification, it generates a delivery list. The delivery list is a list (for example, a list) in which the resources 2611 provided by the library management system 20 are described. As described above, the delivery list is generated.

When the delivery list generation unit 134D generates the delivery list, generation of a difference list is executed. In executing the generation of the difference list, the delivery list generation unit 134D notifies (sends) to the difference list generation unit 138D that the delivery list has been generated. Upon receiving the notification, the difference list generation unit 138D generates a difference list (step 38 (S38)). The difference list is a list showing the differences between the application file attached to the blank field in the delivery area and the delivery list. That is, the difference list is a list in which the resource 2611 described in the application file is excluded from the delivery list. As described above, generation of a difference list is executed.

When the difference list generation unit 138D generates the difference list, a request for collaboration of the application file to which the delivery list and the difference list are attached (request for sharing of the application file) is executed (step 40 (S40)). When executing a linkage request for an application file with a delivery list and a difference list attached, when the difference list generation unit 138D generates a difference list, the procedure execution unit 132D automatically attaches the delivery list and difference list to the application file. do. The difference list generation unit 138D notifies (sends) to the cooperation unit 135D that the delivery list and the difference list have been attached. Upon receiving the notification, the cooperation unit 135D transmits a request for cooperation of the application file (request for sharing of the application file) to which the delivery list and the difference list are attached to the application system 10 (the cooperation unit 135A). As described above, a request for linkage of an application file with a delivery list and a difference list attached is executed.

When the application system 10 (coordination unit 135A) receives a cooperation request (request for sharing of application file) signal, cooperation (sharing) of the application file to which the delivery list and the difference list are attached is executed (step 42 (S42)). ). When the collaboration (sharing) is executed, the application system 10 collaborates (shares) the application file to which the delivery list and the difference list are attached via the collaboration unit 135A and the collaboration unit 135D.

When the collaboration unit 135A collaborates (shares) the application file to which the delivery list and difference list are attached, the review unit 134A, via the collaboration unit 135A, updates the contents written in the application file to which the delivery list and difference list are attached. and approve or disapprove the content (step 44). For example, when the review unit 134A approves the content (YES in FIG. 9), the review unit 134A informs the collaboration unit 135A that it has approved the content of the application file to which the delivery list and the difference list are attached. Notify (send). Further, if the review unit 134A does not approve the content (NO in FIG. 9), the review unit 134A sends a message to the first guest system that does not approve the content of the application file to which the delivery list and the difference list are attached. 30 (for example, the cooperation unit 135B), and the first guest system 30 is notified (sent) to restart the procedure from the generation of the application file (step 32 (S32)).

The review unit 134A confirms that the application file to which the delivery list and difference list are attached does not omit any required items, for example, that no resources are added to the delivery list or difference list, and that no resources are included in the delivery list. If there is no evidence that the contents have been rewritten, approve the contents of the application file with the delivery list and difference list attached. On the other hand, if the application file to which the delivery list and difference list are attached has omitted required items, for example, if an unknown resource is added to the delivery list and difference list, the review unit 134A will If the content of a resource that has been uploaded has been rewritten, the content of the application file with the delivery list and difference list attached will not be approved.

Conventionally, for example, the first business operator's system administrator re-examined the application file to which the delivery list and the difference list were attached using a written document, but in the resource application system 1, the re-examination unit 134A is used. Accordingly, the reexamination unit 134A can automatically reexamine the application file to which the delivery list and the difference list are attached. At this time, the first business system administrator, for example, approves the application file re-examined by the re-examination section 134A. As a result, the first company system administrator can review the application file to which the delivery list and difference list are attached. Therefore, in the resource application system 1, by using the review section 134A, the work burden on the first business system administrator can be reduced, and the time required for application in the resource application system 1 can be shortened.

When the review unit 134A sends a notification approving the contents of the application file to which the delivery list and the difference list are attached (YES in FIG. 9), and the cooperation unit 135A receives the notification, the cooperation unit 135A sends a notification to the library management system. The "date, execution format" and "delivery list and difference list" are acquired from the application file in 20 (step 46). In executing the acquisition, the cooperation unit 135A obtains "date, execution format" and "delivery list and difference list" from the application file attached to the specific details of the library management system 20 and the delivery list and difference list attached to the application file. list" and store the obtained "date, execution format" and "delivery list and difference list" in the application system DB 161. When the cooperation unit 135A acquires the “date, execution format” and “delivery list and difference list,” it notifies the procedure transmission unit 136A that it has acquired the “date, execution format” and “delivery list and difference list.” )do.

When the procedure transmitter 136A receives the notification, the procedure transmitter 136A requests the hash value of the delivery list in the library management system 20 (step 48 (S48)). To execute the request, the procedure transmitter 136A transmits a request signal for the hash value of the delivery list to the hash value generator 139D via the procedure receiver 137D of the library management system 20.

When the hash value generation unit 139D receives the request signal for the hash value of the delivery list, the hash value generation unit 139D executes generation of the hash value of the delivery list (step 50 (S50)). In executing the hash value generation of the delivery list, the hash value generation unit 139D uses the delivery list generated by the library management system 20 to generate a hash value (first hash value) of the delivery list. Further, the hash value generation unit 139D transmits a signal including the first hash value to the hash value generation unit 140A via the procedure reception unit 137A of the application system 10. Further, the hash value generation unit 139D transmits a signal including the first hash value to the inspection unit 138A via the procedure reception unit 137A of the application system 10.

When the hash value generation unit 140A receives the first hash value (step 52 (S52)), the hash value generation unit 140A executes generation of a hash value of the delivery list in the application system 10 (step 54 (S54)). )). In executing the hash value generation of the delivery list in the application system 10, the hash value generation unit 140A receives the delivery list stored in the application system DB 161 in step 46 (S46) via the cooperation unit 135A, and A hash value (second hash value) of the delivery list is generated based on the received delivery list. Furthermore, the hash value generation unit 140A transmits a signal including the second hash value to the censorship unit 138A.

When the censoring unit 138A receives the first hash value and the second hash value, it compares and determines the first hash value and the second hash value for censoring the application (step 58). ). In comparing and determining the first hash value and the second hash value for censoring the application, the censoring unit 138A compares the first hash value and the second hash value and determines whether they match or not. Determine whether As a result of the comparison and determination, if it is determined that the first hash value matches the second hash value (YES (match) in FIG. 10), the censorship unit 138A approves the censorship result ( In step 60 (S60), the inspection results determined to be consistent are approved. As a result of the comparison, if the first hash value does not match the second hash value (NO in FIG. 10), the censoring unit 138A determines that the first hash value does not match the second hash value. Notify (send) the first guest system 30 (for example, the cooperation unit 135B) that they do not match, and notify the first guest system 30 to restart the procedure from the generation of the application file (step 32 (S32)). (Send.

When the censorship unit 138A approves the censorship result, the censorship unit 138A notifies (sends) the approval of the censorship result to the approval unit 139A. When the approval unit 139A receives the notification, it compares and determines the first hash value and the second hash value to approve the application (step 62 (S62)). In comparing and determining the first hash value and the second hash value for approving the application, the approval unit 139A compares the first hash value and the second hash value. As a result of the comparison, if the first hash value matches the second hash value (YES (match) in FIG. 11), the approval unit 139A determines that the first user is using the first guest system 30 In the execution of approval of the request for provision of the resource 2611 of the library management system 20 (step 64 (S64)), the application for provision of the resource 2611 of the library management system 20 is approved. As a result of the comparison, if the first hash value does not match the second hash value (NO in FIG. 11), the approval unit 139A determines that the first hash value does not match the second hash value. Notify (send) the first guest system 30 (for example, the cooperation unit 135B) that they do not match, and notify the first guest system 30 to restart the procedure from the generation of the application file (step 32 (S32)). (Send.

Conventionally, in inspection and approval, a system administrator different from the system administrator of the first provider who performed the reexamination inspected and approved the delivery list in writing, but the resource application system 1 By using the inspection section 138A and the approval section 139A, the inspection section 138A and the approval section 139A can automatically execute the inspection section 138A and the approval section 139A of the delivery list. At this time, system administrators different from the first business system administrator who executed the reexamination approve the first hash value and the second hash value censored by the censoring unit 138A and the approval unit 139A. . As a result, system administrators different from the first company system administrator who executed the review can inspect the delivery list and approve the application. Therefore, in the resource application system 1, by using the inspection section 138A and the approval section 139A, the workload of the system administrator who has been performing inspection and approval is reduced.

In the resource application system 1, by using the hash value generation section 139D, the hash value generation section 140A, the inspection section 138A, and the approval section 139A, inspection and approval can be performed using the hash value of the delivery list. Therefore, during inspection and approval, it can be determined that the delivery list has been tampered with, so it is possible to avoid performing subsequent procedures (processing) using a tampered delivery list, and to avoid recreating the application file (results). The procedures (processing) for re-creating the delivery list can be executed automatically. As a result, falsification of the delivery list can be suppressed. Further, in the resource application system 1, inspection and approval can be performed using the hash value of the delivery list, so that the processing cost of the arithmetic processing circuit can be reduced and the time required for application can be shortened.

When the approval unit 139A approves the application for provision of the resource 2611 of the library management system 20, it requests cooperation of the approval result of the application for provision of the resource 2611 of the library management system 20, and automatically constructs a guest system environment based on the application file. (Step 66 (S66)). In linking the application approval result and executing the automatic construction request of the guest system environment, the approval unit 139A notifies (sends) to the cooperation unit 135A that the application for provision of the resource 2611 of the library management system 20 has been approved. do. When the cooperation unit 135A receives the notification, the cooperation unit 135A sends a signal to the first guest system 30, requesting cooperation for the approval result of the application for provision of the resource 2611 of the library management system 20 (request for sharing the application approval result). (cooperating unit 135B) and the library management system 20 (cooperating unit 135D), and also transmits a guest system environment automatic construction request signal to the library management system 20 (cooperating unit 135D).

The first guest system 30 (cooperation unit 135B) and the library management system 20 (cooperation unit 135D) send a signal requesting cooperation of the approval result of the application for provision of the resource 2611 of the library management system 20 (request for sharing the approval result of the application). Upon receiving this, collaboration (sharing) of the approval result is executed (step 68 (S68)). As a result, the first guest system 30 and the library management system 20 cooperate (share) the approval result of the application for provision of the resource 2611 of the library management system 20 that the first user applied for using the first guest system 30. Can be done.

The linking unit 135D links the receipt of the guest system environment automatic construction request signal and the approval result of the application for provision of the library management system 20 resources 2611 applied by the first user using the first guest system 30. This is notified (sent) to the automatic construction unit 140D.

When the automatic construction unit 140D receives the notification, automatic construction of the guest system environment is executed (step 70 (S70)). In executing the automatic construction of the guest system environment, the automatic construction unit 140D automatically constructs the guest system environment based on the execution format described in the application file at the date and time described in the application file. When the automatic construction unit 140D automatically constructs the guest system environment, the automatic construction unit 140D notifies (sends) the cooperation unit 135D that the automatic construction of the guest system environment has been completed.

When the cooperation unit 135D receives that the automatic construction unit 140D has completed the automatic construction of the guest system environment, it executes a request for collaboration of the automatic construction results (request for sharing of the automatic construction results) (step 72 (S72)). In executing the automatic construction result collaboration request, the collaboration unit 135D transmits an automatic construction result collaboration request signal to the application system 10 (cooperation unit 135A) and the first guest system 30 (cooperation unit 135B).

When the application system 10 (cooperation unit 135A) and the first guest system 30 (cooperation unit 135B) receive the cooperation request signal of the automatic construction result, the cooperation unit 135A and the cooperation unit 135B cooperate (share) the automatic construction result ( Step 74 (S74)).

Based on the application system 10, the library management system 20, and the first guest system 30 collaborating on the automatic construction results, the library management system 20 performs the library management system 20 applied by the first user using the first guest system 30. The permission to use the resource 2611 can be sent to the first guest system 30 and the resource 2611 can be provided.

The first guest system 30 receives permission to use the resource 2611 from the library management system 20 and is provided with the resource 2611. As a result, the first user can proceed with development using the resource 2611 in the first guest system 30 (step 76 (S76)).

Once the first guest system 30 has linked the automatic construction results, the first user uses the first guest system 30 to terminate the software 110B and start linking with the application system 10 and library management system 20 via the REST API. You may exit (end). Similarly to the first guest system 30, even when the second guest system 40 cooperates with the automatic construction results, the second user uses the second guest system 40 to terminate the software 110D and connect the software via the REST API. The cooperation with the application system 10 and the library management system 20 may be terminated (terminated).

As explained above, by using the resource application system 1, the first operator system management which is the administrator of the first operator system 2, the library management system 20 in the first operator system 2, and the first guest system 30 In a system where the administrator and the second operator system administrator who is the administrator of the second operator system 3 and the second guest system 40 in the second operator system 3 are different, the first guest system 30 and the second guest system Both systems 40 can use the library management system 20, and an application system 10 can be provided that digitizes applications for use of the library management system 20 and the plurality of resources 2611 within the library management system 20.

In addition, by using the resource application system 1, when the first user and the second user make a similar application again (for example, for new use, changing settings, abolishing, etc.), they can submit the same application in writing. There is no need to create a draft from scratch, and various applications can be made by creating an application file based on a default file that automatically reflects information entered in the past. As a result, by using the resource application system 1, it is possible to reduce the burden on the first user and the second user in preparing documents for various applications.

In addition, by using the resource application system 1, review, inspection, and approval are automatically executed, so the workload of the first business system administrator and the second business system administrator can be reduced. .

Therefore, by using the resource application system 1, it is possible to improve the convenience for the first user, the second user, the first company system administrator, and the second company system administrator.

In this embodiment, an example has been described in which the software 110A is application software and the software 110B, 110C, and 110D are native applications. However, without being limited to the example shown here, the software 110A may be a native application, the software 110A may be application software, and the software 110B, 110C, and 110D may be web applications that can be operated on a web browser. Good too.

Each embodiment can be implemented in appropriate combinations as long as they do not contradict each other. In addition, the present invention also includes those in which a person skilled in the art appropriately adds, deletes, or changes the design of components based on each embodiment, or adds or omits steps, or changes in conditions. As long as it has the gist of the invention, it is within the scope of the present invention.

1: Resource application system, 2: First operator system, 3: Second operator system, 4: Platform system, 10: Application system, 11: Display unit, 12: Control unit, 13A: Functional block, 13B: Function Block, 13C: Functional block, 13D: Functional block, 14: Operation section, 15: Communication section, 16: Storage section, 19: Bus, 20: Library management system, 21: Display section, 22: Control section, 23: Operation section, 24: communication section, 26: storage section, 29: bus, 30: first guest system, 31: control section, 32: display section, 33: operation section, 34: communication section, 35: storage section, 36: bus, 40: second guest system, 41: control unit, 42: display unit, 43: operation unit, 44: communication unit, 45: storage unit, 46: bus, 50: network, 110A: software, 110B: software, 110C: Software, 110D: Software, 131A: Receiving unit, 131B: Receiving unit, 131C: Receiving unit, 131D: Receiving unit, 132A: Procedure execution unit, 132B: Procedure execution unit, 132C: Procedure execution unit, 132D: Procedure execution section, 133: output section, 133A: output section, 133B: output section, 133C: output section, 133D: output section, 134A: review section, 134B: screen control section, 134C: screen control section, 134D: delivery list generation 135A: Coordination unit, 135B: Coordination unit, 135C: Coordination unit, 135D: Coordination unit, 136A: Procedure transmission unit, 136B: Procedure reception unit, 136C: Procedure reception unit, 136D: Procedure transmission unit, 137A: Procedure reception 137B: Procedure transmission section, 137C: Procedure transmission section, 137D: Procedure reception section, 138A: Censorship section, 138D: Difference list generation section, 139A: Approval section, 139D: Hash value generation section, 140A: Hash value generation section , 140D: Automatic construction section, 161: Application system database (application system DB), 163: Application-related DB, 261: Library, 263: Application-related DB, 2611: Resources

Claims (13)

a first system for managing resources;
an application system used for application to use the resource;
a second system and a third system connected to the first system and the application system and accessible to the first system;
including;
The second system and the third system generate an application file for requesting the application system to make the application, and transmit the application file to both the application system and the first system,
The first system generates a list of the plurality of resources to be applied for based on the application file, and transmits a request to share the application file and the list to the application system,
The application system shares the application file and the list with the first system, and determines whether the contents of the application are appropriately described based on the application file and the list,
The first system, the application system, and the second system are managed by a first administrator,
the third system is managed by a second administrator different from the first administrator;
Resource application system. The second system includes a first procedure execution unit that requests the application system to make the application,
The application system includes a second procedure execution unit that receives the application request,
The first system includes a third procedure execution unit that provides the resources to the second system.
The resource application system according to claim 1. The second procedure execution unit includes a first cooperation unit and a procedure transmission unit,
The third procedure execution unit includes a second cooperation unit,
The first procedure execution unit transmits a first cooperation request to the application system when starting the software,
When the application system receives the first cooperation request, the first cooperation unit causes the application system to cooperate with the second system,
After the application system cooperates with the second system, the procedure transmission unit transmits a cooperation notification to the first procedure execution unit and the third procedure execution unit,
Upon receiving the cooperation notification, the second cooperation unit causes the first system to cooperate with the application system and the second system.
The resource application system according to claim 2. The first procedure execution unit executes the application request by generating the application file and transmitting the application file to the first system after receiving the collaboration notification.
The resource application system according to claim 3. The third procedure execution unit further includes a delivery list generation unit,
The delivery list generation unit generates a delivery list including the list when the application file is sent to the first system.
The resource application system according to claim 4. After the delivery list generation unit generates the delivery list, the second cooperation unit transmits the request to the first cooperation unit,
The resource application system according to claim 5. After receiving the request, the first cooperation unit obtains the delivery list in the first system and transmits a request for a hash value of the delivery list to the first system.
The resource application system according to claim 6. The third procedure execution unit further includes a first hash value generation unit,
When the first system receives a request for a hash value of the delivery list, the first hash value generation unit generates a first hash value using the delivery list in the first system. and transmitting the first hash value to the first cooperation unit.
The resource application system according to claim 7. The second procedure execution unit further includes a second hash value generation unit and a censorship unit,
When the first cooperation unit receives the first hash value,
the first cooperation unit transmits the first hash value to the censorship unit,
The second hash value generation unit generates a second hash value using the delivery list in the first system acquired by the first cooperation unit, and to the said censorship department;
The resource application system according to claim 8. The second procedure execution unit further includes an approval unit,
Upon receiving the first hash value and the second hash value, the censor unit compares the first hash value and the second hash value to determine whether they match; If it is determined that they match, approve the censorship result determined to be a match, and send a notification of approval of the censorship result to the approval section;
The resource application system according to claim 9. When the approval unit receives a notification from the censorship unit that the censorship result has been approved, the approval unit compares the first hash value and the second hash value, determines whether they match, and If it is determined that the application is met, the application will be approved;
When the approval unit approves the application, the first cooperation unit sends a request to the second cooperation unit and the second system to share the approval result of the application with the first system and the second system. send to a second system,
The resource application system according to claim 10. The third procedure execution unit further includes an automatic construction unit,
When the second cooperation unit receives a request to share the approval result of the application, the second cooperation unit shares the approval result of the application and also indicates that the approval result of the application has been shared. sending it to the automatic construction unit;
The automatic construction unit automatically constructs a system environment in which the applied resource can be used in the second system based on the application file, and when the automatic construction of the system environment is completed, the automatic construction result is automatically constructed. transmitting a request to share the information with the application system and the second system to the first cooperation unit and the second system;
The resource application system according to claim 11. When the second system receives a request to share the automatic construction result, the second system can share the automatic construction result and provide the resource from the first system. ,
The resource application system according to claim 12.

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