JP2006209290A - Recording medium preparing method and system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a technology for suppressing the management costs or maintenance costs of a recording medium in which an application program or the like is recorded in at least one certain department in a recording medium preparation system. <P>SOLUTION: This recording medium preparing method for generating predetermined electronic information in a first department, and for preparing a recording medium in which the electronic information generated by the first department is recorded in a second department comprises a process for preparing a first computer in the first department and a second computer in the second department, a process for preparing a management server, a process for making the first computer register the electronic information and management information for managing the electronic information in the management server, a process for making the second computer acquire the registered electronic information from the management server based on the registered management information and a process for recording the electronic information acquired by the second computer in the predetermined recording medium, and for preparing the recording medium in which the electronic information is recorded in the second department. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a recording medium creation method and a recording medium creation system. Here, “recording medium creation” refers to recording electronic information such as an application program on a predetermined recording medium, and creating a recording medium on which the electronic information is recorded.

2. Description of the Related Art Conventionally, there has been known a recording medium creation system for developing a predetermined application program and recording the recorded application program on a predetermined recording medium such as a flexible disk or a CD to create a recording medium on which the developed application program is recorded and to ship it. It has been. Such a recording medium creation system includes, for example, a department that develops an application program, a department that checks the quality of the developed application program, and a department that creates and ships a recording medium that records the application program. As described above, in the recording medium creation system, a plurality of departments pass before the recording medium on which a predetermined application program is recorded is shipped.
As a technique related to such a recording medium creation system, a technique for managing a predetermined application program described in Patent Document 1 is disclosed.

JP 2002-63236 A

  By the way, in the recording medium creation system described above, a recording medium on which a developed application program is recorded in order to perform predetermined processing (for example, debugging work, quality verification work, shipping work, etc.) in each department. Created and distributed to each department. For this reason, each department needs to manage and store the distributed recording medium, which increases the cost for management and storage. Furthermore, there is a problem that a space for storing the distributed recording medium has to be secured.

  In the recording medium creation system described above, the application program is recorded on the recording medium. In addition to the application program, design information representing predetermined character information (document information), a predetermined character, and the like is recorded on the recording medium. May be recorded. Even in this case, the above problem occurs.

  The present invention has been made in view of the above problems, and provides a technique for suppressing the management cost or storage cost of a recording medium in which an application program or the like is recorded in at least one department in the recording medium creation system. Objective.

In order to achieve at least a part of the above object, in the recording medium creating method of the present invention,
A recording medium creating method for creating a predetermined electronic information in a first department and creating a recording medium in which the electronic information generated in the first department is recorded in a second department,
(A) preparing a first computer in the first department and a second computer in the second department;
(B) preparing a management server;
(C) the first computer registering the electronic information and management information for managing the electronic information in the management server;
(D) the second computer obtaining the registered electronic information from the management server based on the registered management information;
(E) in the second department, recording the electronic information acquired by the second computer on the predetermined recording medium, and creating the recording medium on which the electronic information is recorded;
The main point is that

  According to the recording medium creation method configured as described above, in the second department, electronic information can be obtained from the management server when the user desires, and a recording medium recorded based on the obtained electronic information can be created. Therefore, it is not necessary to manage and store a recording medium on which electronic information is recorded, and the costs for management or storage associated therewith can be suppressed.

In the above recording medium creation method,
The management information includes status information indicating the state of the electronic information,
(F) preparing a third computer in a third department;
(G) the third computer obtaining the registered electronic information from the management server based on the management information registered in the management server;
(H) verifying the state of the acquired electronic information;
(I) the third computer updating the status information of the management information corresponding to the electronic information in the management server based on a verification result;
May be further provided.

In this way, the status of the electronic information can be grasped from the status information.

In the above recording medium creation method,
(J) Recording that the second computer records the electronic information corresponding to the management information including the status information on a predetermined recording medium based on the updated status information in the management server And further comprising the step of determining whether to grant permission,
When the second computer gives the recording permission as a result of the determination,
In the step (d),
Enabling the second computer to obtain the registered electronic information from the management server based on the registered management information;
In the step (e),
In the second department, the electronic information acquired by the second computer may be recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded can be created. Good.

  In this way, recording permission is granted based on the state of the electronic information. Then, only when the recording permission is given, the electronic information is recorded on a predetermined recording medium to create a recording medium. Accordingly, it is possible to suppress creation of an incorrect recording medium.

In the above recording medium creation method,
(K) If, in the step (j), the second computer does not permit the recording as a result of the determination, the second computer is sent to the management server in the step (d). A step of preventing the registered electronic information from being acquired may be provided.

  In this way, if the recording permission is not granted based on the state of the electronic information, the electronic information is recorded on a predetermined recording medium, and no recording medium is created. Can be suppressed.

In the above recording medium creation method,
(L) registering authority information indicating whether or not the third computer has authority to update the status information in the management server;
In the step (h),
The third computer may be able to update the registered status information only when the authority is registered in the authority information registered in the management server.

  In this way, the third computer updates the status information only when there is an authority. Therefore, in the step (j), when determining whether or not to permit the recording, the updated appropriate status is updated. A determination can be made based on the information.

In the above recording medium creation method,
The management information includes identification information for identifying the electronic information,
(M) inputting the identification information in any one of the first computer, the second computer, and the third computer;
(N) The computer to which the identification information is input specifies the management information corresponding to the identification information input from the management information registered in the management server, and based on the management information found Searching for the electronic information;
You may make it provide.

  In this way, electronic information can be searched quickly.

In the above recording medium creation method,
(O) You may make it provide the process of displaying the search result of the said electronic information.

  In this way, the search result can be notified to the user.

In the above recording medium creation method,
(P) The third computer verifies whether the electronic information registered in the management server matches the electronic information recorded on the recording medium after the step (d). You may make it provide.

  In this way, it is possible to confirm whether the electronic information recorded on the recording medium is appropriate.

In the above recording medium creation method,
(Q) the first computer comprising a step of registering label information of the recording medium on which the electronic information is recorded;
(R) adding the registration destination of the label information to the management information;
(S) In the step (d), the second computer acquires, from the management server, the label information together with the registered electronic information based on the management information registered in the management server. When,
(T) In (e), in the second department, the electronic information acquired by the second computer is recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded is created. And adding the label information acquired by the second computer to the created recording medium;
You may make it provide.

  In this way, label information can be given to the recording medium on which the electronic information is recorded.

In the above recording medium creation method,
The electronic information may be an application program, and the recording medium may be any one of a magnetic memory, an optical memory, and a semiconductor memory.

In order to achieve at least a part of the above object, the recording medium creation system of the present invention provides:
A recording medium creation system for creating predetermined electronic information in a first department and creating a recording medium in which the electronic information generated in the first department is recorded in a second department,
A first computer installed in the first department;
An electronic information recording apparatus for recording on a recording medium of a first computer installed in the second department;
A management server,
The first computer registers the electronic information and management information for managing the electronic information in the management server,
The second computer acquires the registered electronic information from the management server based on the management information registered in the management server,
The recording medium creation system includes:
The gist of the second department is to record the electronic information acquired by the second computer on the predetermined recording medium to create the recording medium on which the electronic information is recorded.

  According to the recording medium creation system configured as described above, in the second department, electronic information can be obtained from the management server when the user desires, and a recording medium recorded based on the obtained electronic information can be created. Therefore, it is not necessary to manage and store a recording medium on which electronic information is recorded, and the costs for management or storage associated therewith can be suppressed.

In the recording medium creation system configured as described above,
The management information includes status information indicating the state of the electronic information,
A third department with a third computer,
The third computer acquires the registered electronic information from the management server based on the management information registered in the management server,
When the state of the electronic information acquired by the third computer is verified by the user and the result of the verification is input to the third computer,
The third computer may update the status information of the management information corresponding to the electronic information in the management server based on a verification result.

  In this way, the status of the electronic information can be grasped from the status information.

In the recording medium creation system configured as described above,
The second computer grants recording permission to record the electronic information corresponding to the management information including the status information on a predetermined recording medium based on the updated status information in the management server. Whether or not
When the second computer gives the recording permission as a result of the determination,
Enabling the second computer to obtain the registered electronic information from the management server based on the registered management information;
In the second department, the electronic information acquired by the second computer may be recorded on the predetermined recording medium to create the recording medium on which the electronic information is recorded.

  In this way, recording permission is granted based on the state of the electronic information. Then, only when the recording permission is given, the electronic information is recorded on a predetermined recording medium to create a recording medium. Accordingly, it is possible to suppress creation of an incorrect recording medium.

In the recording medium creation system configured as described above,
If the second computer does not permit the recording as a result of the determination, the second computer may be prevented from acquiring the electronic information registered in the management server.

  In this way, if the recording permission is not granted based on the state of the electronic information, the electronic information is recorded on a predetermined recording medium, and no recording medium is created. Can be suppressed.

In the recording medium creation system configured as described above,
At least the management server and the first computer, the second computer, or the third computer may be connected via a network.

  In this way, various data can be exchanged even when the management server and the first computer, the second computer, or the third computer are separated.

  The present invention is not limited to the above-described aspects of the method invention and apparatus invention, but as an aspect of a computer program for constructing the method or apparatus, or an aspect as a recording medium recording such a computer program It can also be realized in various forms such as a data signal including the computer program and embodied in a carrier wave.

  Further, when the present invention is configured as a computer program or a recording medium that records the program, the entire program for controlling the operation of the apparatus may be configured, or only the portion that performs the functions of the present invention. It may be configured.

Hereinafter, embodiments of the present invention will be described in the following order based on examples.
A. Example:
A1. System overview:
A2. Recording medium creation process:
A21. Information registration process:
A22. Management information table creation processing:
A23. Application evaluation process:
A24. Application recording process:
A25. Compare processing:
B. Variations:

A1. System overview:
FIG. 1 is a schematic configuration diagram of a recording medium creation system 1000 in this embodiment of the present invention.
The recording medium creation system 1000 is a system for recording a predetermined application on a predetermined recording medium based on an instruction from a user and generating a recording medium recording the application. As a recording medium for recording an application, an optical device (optical memory) such as CD-R (CD-RW), DVD-R (DVD-RW), and MO, or a flexible disk (hereinafter referred to as FD). .) And other semiconductor memories such as a memory stick (trademark of Sony Corporation) and a compact flash (registered trademark of SanDisk Corporation of the United States). In the following, FD is used as a recording medium for recording an application.

  In this recording medium creation system 1000, a plurality of personal computers (PCs) (hereinafter referred to as clients CL) installed in a design department, a QA department, and a work department, and a management server MSV each have a local area network LAN. Connected through. FIG. 1 shows a client CL1 that is one of the PCs installed in the design department, a client CL2 that is one of the PCs installed in the QA department, and the PCs installed in the work department. One client CL3 is shown. The design department is a department that develops a predetermined application program (hereinafter simply referred to as an application). The QA department is a department that verifies the quality of the application developed by the design department. The working department is a department that records an application whose quality has been verified by the QA department on an FD as a recording medium, checks the application, and ships it.

  The client CL1 has a configuration as a general computer, in particular, a CPU 100, a memory 170 (not shown), a memory 180, a ROM 190 (not shown) in which a predetermined application program is stored, and a display. Display 130.

  The memory 180 stores an application storage unit 185 for storing a developed application by a user in the design department, and label information (hereinafter referred to as label information) described in the FD when the application is recorded in the FD. A label information storage unit 187 for storing. Note that when storing the application and label information in the storage units 185 and 187, the user designates and stores the storage location (storage path). The label information includes information on characters, characters, marks, and the like (hereinafter referred to as label data) and information on the layout of the label data (hereinafter referred to as label form). This label information is developed together with the application in the design department.

  The CPU 100 functions as the information processing unit 110 and the image processing unit 120 by reading a predetermined application program from the ROM 190 into the memory 170 and executing it.

The information processing unit 110 executes an information registration process in a recording medium creation process described later.
The image processing unit 120 creates an information processing screen W, which will be described later, and causes the display display 130 to display the information processing screen W.

  The client CL2 has a configuration as a general computer, in particular, a CPU 200, a memory 270 (not shown), a memory 280, a ROM 290 (not shown) in which a predetermined application program is stored, a display And a display 230.

  The memory 280 includes an application storage unit 285 that stores an application downloaded from the management server MSV, and a label information storage unit 287 that stores label information corresponding to the application.

  The CPU 200 functions as the information processing unit 210, the image processing unit 220, and the medium recording unit 230 by reading a predetermined application program from the ROM 290 into the memory 270 and executing it.

  The information processing unit 210 performs an application evaluation process in a recording medium creation process described later.

  The image processing unit 220 creates an information processing screen W, which will be described later, and causes the display display 230 to display the information processing screen W.

  The client CL3 has a configuration as a general computer, in particular, a CPU 300, a memory 370 (not shown), a memory 380, a ROM 390 (not shown) in which a predetermined application program is stored, a display A display 330 and a flexible disk drive 365 (hereinafter also referred to as FD drive 365) are provided. The client CL3 is connected to the FD device 360 via a predetermined interface. Examples of this interface include USB (Universal Serial Bus).

  The FD drive 365 is a drive that can read and write predetermined information from the FD. The FD drive 365 is used in a compare process described later.

  The memory 380 includes an application storage unit 385 that stores an application downloaded from the management server MSV, and a label information storage unit 387 that stores label information corresponding to the application.

  The CPU 300 functions as the information processing unit 310, the image processing unit 320, and the medium recording unit 340 by reading a predetermined application program from the ROM 390 into the memory 370 and executing it.

The information processing unit 310 executes application recording processing in recording medium creation processing described later.
The image processing unit 320 creates an information processing screen W to be described later and causes the display display 330 to display the information processing screen W.

  The medium recording unit 340 controls the FD device 360 in an application recording process to be described later to record the application on the FD or print (describe) a label based on the label information on the outer surface of the FD.

  The FD device 360 includes an FD insertion port 361 into which the FD is inserted. The FD device 360 records the application stored in the application storage unit 385 on the FD inserted by the user via the FD insertion port 361 based on an instruction from the medium recording unit 340. Further, the FD device 360 prints a label based on the label information stored in the label information storage unit 387 on the outer surface of the FD based on an instruction from the medium recording unit 340.

  The management server MSV has a configuration as a general computer. Specifically, the management server MSV includes a CPU 500, a memory 550 (not shown), a memory 600, and a ROM 590 (not shown) in which a predetermined application program is stored. I have.

  The memory 600 includes an application storage unit 610, a label information storage unit 620, and a management information table storage unit 630.

  The application storage unit 610 stores an application uploaded from the client CL1 in an information registration process of a recording medium creation process described later.

The label information storage unit 620 stores label information uploaded from the client CL1 in a recording medium creation process described later.
The management information table storage unit 630 stores a management information table to be described later.

  The CPU 300 functions as the management information processing unit 510 by reading a predetermined application program from the ROM 590 into the memory 550 and executing it.

  The management information processing unit 510 acquires the application and label information uploaded from the client CL1 and stores them in the application storage unit 610 and the label information storage unit 620, respectively, or a management information table for recording medium creation processing described later. In the creation process, the management information table is created and updated, and the application stored in the application storage unit 610 is downloaded to the requested client CL based on a request from each client CL.

  The clients CL1, CL2, CL3 and the management server MSV have other functions as a computer in addition to the functions described above, but are omitted in this embodiment.

A2. Recording medium creation process:
By the way, when a user in the design department develops a predetermined application, the application is registered in the management server MSV. The user in the QA department verifies the quality of the registered application. After that, the user of the work department records the application on the FD, checks and ships if the shipment is approved as a result of the quality verification. In this process, the recording medium creation system 1000 of this embodiment performs the recording medium creation process shown in FIG. Hereinafter, in this recording medium creation process, the flow up to the shipment of a certain application X developed by the user in the design department will be specifically described.

FIG. 2 is a flowchart showing a recording medium creation process performed by the recording medium creation system 1000 in this embodiment.
FIG. 3 is a diagram illustrating an initial screen of the information processing screen W in the present embodiment.
The users in each department give various instructions to create a recording medium via the information processing screen W shown in FIG. This information processing screen W is divided into a menu area Wa representing a menu and an information input area Wb representing an input screen. The menu area Wa includes an information registration button 700 for shifting to an information registration process described later, a search button 800 for shifting to a search process described later, and an application evaluation button 900 for shifting to an application evaluation process described later. And an application recording button 930 for shifting to an application recording process to be described later, and a compare button 950 for shifting to a comparison process to be described later. These buttons are also collectively referred to as a process transition button. The information input area Wb displays an input screen corresponding to each button when a predetermined button in the menu area Wa is pressed during the recording medium creation process. This information processing screen W is displayed on the display of each client CL. Note that the information processing screen W shown in FIG. 3 is an initial screen, and nothing is displayed in the information input area Wb.

  On the other hand, in the recording medium creation process (FIG. 2), the client CL1 of the design department uploads the developed application X to the management server MSV based on an instruction from the user as the information registration process (step S100). MSV saves it. At this time, the management server MSV creates a management information table representing predetermined management information as management information table creation processing (step S200). Then, the client CL2 of the QA department downloads the application X from the management server MSV based on an instruction from the user as an application evaluation process (step S300), verifies its quality, and is it ready for shipping? The evaluation of whether or not is reflected in the management information table of the management server MSV. Thereafter, the client CL3 of the work department downloads an application from the management server MSV based on an instruction from the user and records it in the FD as a recording medium creation process (step S500). Further, the client CL3 checks the recording medium based on a user instruction as a comparison process (step S700).

A21. Information registration process:
Now, the recording medium creation process will be specifically described. In this recording medium creation process, as shown in FIG. 2, first, the client CL1 (design department) performs an information registration process (step S100).

  As a premise of this information registration processing, it is assumed that a user in the design department stores the developed application X and label information corresponding to the application X in the application storage unit 185 and the label information storage unit 187, respectively.

FIG. 4 is a flowchart showing the information registration process performed by the client CL1 in this embodiment.
In this information registration process, as shown in FIG. 4, first, the image processing unit 120 of the client CL1 displays the initial screen of the information processing screen W shown in FIG. 3 on the display display 130 (step S110).

FIG. 5 is a diagram illustrating an information registration screen W1 when the client CL1 in the present embodiment performs information registration processing.
When the information registration button 700 is pressed by the user (step S120: YES), the image processing unit 120 displays an input screen for information registration in the information input area Wb of the information processing screen W as shown in FIG. Is displayed (step S130). Hereinafter, the information processing screen W in which the input screen for information registration is displayed in the information input area Wb will be specifically referred to as an information registration screen W1.

  Subsequently, the information processing unit 110 determines whether or not a recording medium type for recording the application X (hereinafter referred to as a recording medium type) has been selected by the user (step S140). Specifically, the information processing unit 110 determines whether the user has selected a recording medium type from the recording medium type pull-down 740. As shown in FIG. 5, in this embodiment, FD is selected as the recording medium type.

  When the recording medium type for recording the application X is selected by the user in the recording medium type pull-down 740 (step S140: YES), the information processing unit 110 continues to store the application X storage path. It is determined whether it has been designated (step S150). Specifically, the information processing unit 110 searches the application X stored in the application storage unit 185 by pressing the reference button 711, and determines whether the found location is designated as a storage path. The storage path of the application X designated by the user is displayed in the storage path display area 710.

  In addition, when the user searches the application storage unit 185 and designates the application X, the information processing unit 110 specifies 1 of the recording medium type (FD in this embodiment) designated in the process of step S140 described above. In consideration of the maximum capacity per sheet, the application X is divided into a plurality of pieces so as to fit in the designated recording medium type. At this time, the image processing unit 120 sets a divided application name that is a combination of the version name and serial number of the application X for each of the divided applications X (hereinafter referred to as the divided application X). Then, as illustrated in FIG. 5, the image processing unit 120 displays the divided application names in the application display area 780. The application display area 780 in FIG. 5 shows the divided application names of the application X divided into seven. Each divided application X corresponding to the divided application name is recorded in one FD.

  If the storage path for the application X is specified by the user (step S150: YES), the information processing unit 110 determines whether the storage path for the label data corresponding to the application X is specified by the user (step S150). S160). Specifically, the information processing unit 110 searches the label data corresponding to the application X stored in the label information storage unit 187 when the user presses the reference button 721 in FIG. 5, and uses the found location as a storage path. Determine if specified. The storage path of the label data designated by the user is displayed in the storage path display area 720.

  When the user specifies a storage path for label data corresponding to the application X (step S160: YES), the information processing unit 110 further specifies a storage path for a label form corresponding to the application X by the user. It is determined whether or not (step S170). Specifically, the information processing unit 110 has searched the label form corresponding to the application X stored in the label information storage unit 187 by pressing the reference button 731 and specified the found location as the storage path. Judge whether. The storage path of the label form designated by the user is displayed in the storage path display area 730.

  If the storage path of the label form corresponding to the application X is specified by the user (step S170: YES), the information processing unit 110 continues to the model name corresponding to the application X, the model name of the application X, It is determined whether or not the version name of the application X is specified (step S175). Specifically, as illustrated in FIG. 5, the information processing unit 110 displays a model name, a model name, a model name display area 795, a model name display area 775, and a version name display area 790, respectively. Also, determine whether the version name is entered. When the user specifies the model name, model name, and version name, these may be selected by a pull-down method.

  If the model name, model name, and version name are specified (step S175: YES), the information processing unit 110 subsequently determines whether the user has pressed the registration button 760 (step S180). ).

  When the registration button 760 is pressed by the user (step S180: YES), the information processing unit 110 specifies the recording medium type information indicating the recording medium type specified in the process of step S140 and the process of step S150. The application X in the storage path specified, the label data in the storage path specified in the process of step S160, the label form in the storage path specified in the process of step S170, and specified in the process of step S175. A model name, a model name, and a version name are acquired and uploaded to the management server MSV (step S190). In this case, the information processing unit 110 uploads the application X for each divided application X.

On the other hand, the management information processing unit 510 of the management server MSV acquires the application X, label data, and label form uploaded from the client CL1, and labels the application X in the application storage unit 610 and the label data and label form as labels. Information is stored in the label information storage unit 620 by specifying a storage location (storage path). Since the application X is uploaded for each divided application X, the management information processing unit 510 stores each divided application X in the application storage unit 610 in association with each other. In addition, the management information processing unit 510 acquires uploaded recording medium type information, model name, model name, and version name.
The information processing unit 110 ends the information registration process after the upload is completed.

  In the above-described processing, the information processing unit 110, when the information registration button 700 is not pressed by the user (step S120: NO), when the recording medium type is not specified by the user (step S140: NO) When the storage path of the application X is not specified by the user (step S150: NO), when the storage path of the label data is not specified by the user (step S160: NO), the storage path of the label form is not specified. If the model name, model name, and version name are not specified (step S175), and if the registration button 760 is not pressed by the user (step S180: NO), The process returns to S140.

A22. Management information table creation processing:
FIG. 6 is a diagram for explaining the management information table TB in the present embodiment.
In the recording medium creation process (FIG. 2), when the management information processing unit 510 of the management server MSV receives the application X or the like uploaded from the client CL1 by the information registration process (step S100), the management information shown in FIG. An information table TB is generated and management information table creation processing is performed (step S200).

  The management information table TB is divided into four tables: an application table TB1, a label table TB2, a permission authority table TB3, and a status table TB4. In the application table TB1, a recording medium type name, an application storage path, a version name, a model name, and a model name are described. The label table TB2 describes a label storage path and a label form storage path. In the permission authority table TB3, the presence or absence of processing that can be performed by each client in the recording medium creation processing shown in FIG. 2 is described. In the status table TB4, status names representing the state (evaluation) of the application described later are described. The management information table TB is generated for each application when each application is stored (registered) in the management server MSV.

  In this management information table creation process, the management information processing unit 510 acquires the recording medium type information, version name, model name, and model name uploaded from the client CL1, and the recording medium represented by the acquired recording medium type information The type name, version name, model name, and model name are described in the application table TB1. Further, the management information processing unit 510 describes a storage path indicating the destination where the application X is stored in the application storage unit 610 in the application table TB1. In this way, the application table TB1 is created.

  Also, the management information processing unit 510 describes the storage path indicating the destination where the label data and the label form are stored in the label information storage unit 620 in the label table TB2. In this way, the label table TB2 is created.

  Further, the management information processing unit 510 can execute each of the client CL, which will be described later, an application evaluation process, which will be described later, an application recording process, which will be described later, and a compare process, which will be described later, according to an instruction from the administrator of the management server MSV. The presence or absence is described in the permission authority table TB3. In the present embodiment, as shown in FIG. 6, the client CL1 is given execution authority only for the search process, the client CL2 is given execution authority for the search process and the application evaluation process, and the client CL3 has The execution authority is given to the application recording process and the compare process. Each client CL cannot shift to a process based on the process shift button even if the process shift button is pressed for a process without the execution authority, that is, cannot execute the process. It is assumed that the authority for performing the information registration process is determined in advance by the management server MSV. In this embodiment, only the design department client CL1 has the authority to execute the information registration process. Further, in the application evaluation process (step S300), the application recording process (step S500), and the compare process (step S700) of the recording medium creation process (FIG. 2) described below, each client CL performing the process has an execution authority. In this case, the explanation about the enforcement authority is omitted.

  Further, the management information processing unit 510 describes the status name in the status table TB4 as “registered” at the beginning of generating the management information table TB, that is, at the beginning of storing (registering) the application.

  As described above, in this management information table creation process, the management information processing unit 510 creates the management information table TB. Of the management information table TB, the status table TB4 is updated in an application evaluation process described later.

A23. Application evaluation process:
Subsequently, the client CL2 in the QA department performs an application evaluation process (FIG. 2: step S300). In this application evaluation process, the client CL2 searches for the application X stored in the management server MSV and downloads the application X based on an instruction from the user. Then, the client CL2 receives the evaluation of the user application X, and reflects the evaluation as a status in the status table TB4. The application evaluation process will be specifically described below with reference to FIG.

FIG. 7 is a flowchart showing the application evaluation process in this embodiment.
In the application evaluation process, first, the image processing unit 220 of the client CL2 displays the initial screen of the information processing screen W shown in FIG. 3 on the display 230 (step S310).

FIG. 8 is a diagram for explaining the search condition input screen W2 in the present embodiment.
When the application evaluation button 900 is pressed by the user (step S320: YES), the image processing unit 220 displays a screen for inputting search conditions in the information input area Wb as shown in FIG. Step S330). Hereinafter, the information processing screen W in which the search condition input screen is displayed in the information input area Wb in this way is particularly referred to as a search condition input screen W2. On this search condition input screen W2, the user selects a model name selection pull-down 810 for selecting a model name, a model name selection pull-down 820 for selecting a model name, and a version name selection pull-down for selecting a version name. Only information to be searched is selected from 830 and a status name selection pull-down 840 for selecting a status name. Hereinafter, the information selected by the user is referred to as search condition information. In this embodiment, as shown in FIG. 8, it is assumed that the user has selected search condition information as model name: 0808 and status name: registration. When the user selects the search condition information, the user presses the search start button 850 to cause the client CL2 to search for an application based on the search condition information.

  On the other hand, when the search condition information is selected in each of the selection pull-downs 810, 820, 830, and 840 and the search start button 850 is pressed (step S340), the information processing unit 210 selects an application corresponding to the search condition information. Search is performed (step S350). Specifically, the information processing unit 210 accesses the management information table storage unit 630 of the management server MSV and describes the search condition information selected from the management information table corresponding to each stored application. The management information table is searched, and the model name, model name, version name, and status name of each application are acquired from each management information table found as a result of the search. For example, in this embodiment, as shown in FIG. 8, since “model name: 0808” and “status name: registration” are selected as the search condition information, the information processing unit 210 manages the management server MSV. The information table storage unit 630 is accessed, a management information table corresponding to an application having “model name: 0808” in the application table and “status name: registration” in the status table is searched, and each of the search results found is found. Get the model name, model name, version name, and status name of each application from the management information table.

FIG. 9 is a diagram for explaining the search result screen W3 in the present embodiment.
The image processing unit 220 describes the acquired model name, model name, version name, and status name in association with the search result display area 860 of the search condition input screen W2 (FIG. 8), as shown in FIG. And displayed as a search result screen W3 on the display 230.

  On the other hand, on the search result screen W3, the user presses the download button 870 corresponding to the desired application (application X in this embodiment) from each application displayed in the search result display area 860, and the application and label information. Download (label data and label form).

  That is, when the download button 870 corresponding to the application X is pressed, the information processing unit 210 transmits the version name of the application X to the management server MSV and downloads the application corresponding to the version name transmitted to the management server MSV. Request. When receiving the version name, the management information processing unit 510 of the management server MSV first searches the management information table TB (application table TB1) in which the version name is described. Then, in the management information table TB found as a result of the search, the management information processing unit 510 acquires an application storage bus from the application table TB1, and acquires a label data storage path and a label form storage path from the label table TB2. Furthermore, the management information processing unit 510 acquires the application, label data, and label form in each acquired storage path, and transmits them to the client CL2. The information processing unit 210 of the client CL2 acquires the application X and the label information (label data and label form) transmitted from the management server MSV, and stores them in the application storage unit 285 and the label information storage unit 287, respectively (step). S370). Thereafter, the user performs verification work of the quality of the application X and label information stored in the application storage unit 285.

  Subsequently, the information processing section 210 determines whether the application X is selected and the evaluation button 875 is pressed (step S380).

FIG. 10 is a diagram for explaining the medium evaluation screen W4 in the present embodiment.
When the evaluation button 875 is pressed (step S380: YES), the image processing unit 220 displays a screen for inputting the evaluation of the application in the information input area Wb of the information processing screen W as shown in FIG. Step S390). In the following, the information processing screen W that displays the screen for inputting the evaluation of the application in the information input area Wb will be particularly referred to as a medium evaluation screen W4. On this medium evaluation screen W4, the user can select any of an evaluation acceptance button 910, an evaluation OK button 911, an evaluation NG button 912, a shipping OK button 913, and a shipping stop button 914 based on the quality verification result of the downloaded application X. Press the button. For example, when continuing the verification of the quality of the application X, the user presses the evaluation reception button 910, and when the evaluation of the application X is good and does not require improvement, the user presses the evaluation OK button 911, and the application X If the evaluation is bad and needs improvement, the evaluation NG button 912 is pressed, and if the application X may be shipped, the shipping OK button 913 is pressed to stop shipping the application X. Presses the shipment stop button 914. In this way, the user can evaluate the application X.

  On the other hand, when the user presses any one of the evaluation acceptance button 910, the evaluation OK button 911, the evaluation NG button 912, the shipping OK button 913, and the shipping stop button 914 (step Based on the pressed button, the management server MSV is accessed and the status name in the status table TB4 is rewritten. Specifically, when the evaluation acceptance button 910 is pressed by the user, the information processing unit 210 accesses the management server MSV and rewrites the status name in the status table TB4 as “evaluation acceptance”. When the evaluation OK button 911 is pressed, the status name of the status table TB4 is rewritten as “evaluation OK”, and when the evaluation NG button 912 is pressed, the status name of the status table TB4 is changed to “evaluation NG”. When the shipping OK button 913 is pressed, the status name in the status table TB4 is rewritten as “shipping OK”, and when the shipping stop button 914 is pressed, the status name in the status table TB4 is changed to “shipping”. Rewrite as “stop”. In the following, it is assumed that the user has pressed the shipment OK button 913.

A24. Application recording process:
Subsequently, the client CL3 of the work department performs an application recording process (FIG. 2: step S500). In this application recording process, the client CL3 searches for the application X stored in the management server MSV and downloads the application X based on an instruction from the user. The client CL3 records the downloaded application X in the FD. The application recording process will be specifically described below with reference to FIG.

FIG. 11 is a flowchart showing the application recording process in this embodiment.
In the application recording process, first, the image processing unit 320 of the client CL3 displays the initial screen of the information processing screen W shown in FIG. 3 on the display display 330 (step S510).

  When the application record button 930 is pressed by the user (step S520: YES), the image processing unit 320 displays the search condition input screen W2 on the display 330 as shown in FIG. 8 (step S530). . On this search condition input screen W2, the user selects a model name selection pull-down 810 for selecting a model name, a model name selection pull-down 820 for selecting a model name, and a version name selection pull-down for selecting a version name. Only information to be searched is selected from 830 and a status name selection pull-down 840 for selecting a status name. Here, it is assumed that the user has selected the search condition information as “model name: 0808”. When the user selects search condition information, the user presses the search start button 850 to cause the client CL3 to search for an application based on the search condition information. If the application recording button 930 has not been pressed by the user (step S520: NO), the process waits as it is.

  On the other hand, when the search condition information is selected in each of the selection pull-downs 810, 820, 830, and 840 and the search start button 850 is pressed (step S540: YES), the information processing unit 310 of the client CL3 searches for the search condition information. The application corresponding to is searched (step S550). Specifically, the information processing unit 310 accesses the management information table storage unit 630 of the management server MSV, and the search condition information selected from the management information table corresponding to each stored application is described. The management information table is searched, and the model name, model name, version name, and status name of each application are acquired from each management information table found as a result of the search. For example, since the model name: 0808 is selected as the search condition information here, the information processing unit 310 accesses the management information table storage unit 630 of the management server MSV and displays “model name: 0808” in the application table. A management information table corresponding to an application having a search is searched, and the model name, model name, version name, and status name of each application are acquired from each management information table found as a result of the search. If search condition information is selected by the user and the search start button 850 is not pressed (step S540: NO), the process waits as it is.

FIG. 12 is a diagram for explaining the search result screen W5 in the present embodiment.
The image processing unit 320 describes the acquired model name, model name, version name, and status name in association with the search result display area 860 of the search condition input screen W2 (FIG. 8), as shown in FIG. Then, the search result screen W5 is displayed on the display 330 (step S560). In this case, the image processing unit 320 displays the medium creation button 945 only in the application whose status name is “shipping OK” in the recording medium creation processing field of the search result display area 860.

  On the search result screen W5, the user selects a desired application (application X in this embodiment) to be recorded on the FD from each application in which the medium creation button 945 is displayed in the recording medium creation processing field of the search result display area 860. A medium creation button 945 corresponding to the selection is pressed.

FIG. 13 is a diagram for explaining the medium creation screen W6 in the present embodiment.
On the other hand, when the medium creation button 945 is pressed (step S580: YES), the image processing unit 320 creates an FD in which the application X is recorded in the information input area Wb of the information processing screen W as shown in FIG. A screen for inputting information to be displayed is displayed (step S590). Hereinafter, this information processing screen W is particularly referred to as a medium creation screen W6. In this medium creation screen W6, the cancel button 1160, end button 1150, medium creation button 1100, label print button 1110, medium / label button 1120, and the number of recording media (FD) to be created can be selected. A creation number selection pull-down 1130 and a divided application selection area 1180 for displaying a divided application name. The divided application selection area 1180 includes a check box 1140 for selecting the divided application X and an all selection check box 1141. If the medium creation button 945 is not pressed (step S580: NO), the process waits as it is.

  On the medium creation screen W6, the user selects a desired divided application X by checking the check box 1140, and selects the number of created FDs for recording the selected divided application X from the created number selection pull-down 1130. . Then, the user inserts the FD into the FD device 360 via the FD insertion port 361 and presses a desired button among the medium creation button 1100, the label print button 1110, and the medium / label button 1120. Note that when selecting all the divided applications X, the user checks the all selection check box 1141.

  On the other hand, the information processing unit 310 determines whether the divided application X is selected by checking the check box 1140 or the all selection check box 1141 by the user, and the creation number is selected by the creation number selection pull-down 1130 (step S110). S600). When the divided application X or the number of creations is not selected (step S600: NO), the process waits as it is.

  Then, when the divided application X is selected and the number of creations is selected (step S600: YES), the information processing unit 310 further selects any one of the medium creation button 1100, the label print button 1110, and the label button 1120. It is determined whether or not the button has been pressed (step S610). If any of the medium creation button 1100, label print button 1110, and label button 1120 is not pressed (step S610: NO), the process returns to step S600.

  If the information processing unit 310 determines that the medium creation button 1100 has been pressed (step S610: YES), then the medium recording unit 340 manages the divided application X selected by the user among the applications X. Downloaded from the server MSV and stored in the application storage unit 385. Then, the medium recording unit 340 controls the FD device 360 to record the stored divided application X on the FD inserted in the FD device 360 (step S620).

  If the information processing unit 310 determines that the label print button 1110 has been pressed (step S610: YES), then the medium recording unit 340 displays the label information (label data and label form) of the application X. Downloaded from the management server MSV and stored in the label information storage unit 387. Then, the medium recording unit 340 controls the FD device 360 to print a label on the outer surface of the FD inserted into the FD device 360 based on the stored label data and label form (step S620).

  Furthermore, when the information processing unit 310 determines that the medium / label button 1120 has been pressed (step S620: YES), the medium recording unit 340 then selects the divided application selected by the user from among the applications X. X and label information (label data and label form) of the application X are downloaded from the management server MSV and stored in the application storage unit 385 and the label information storage unit 387, respectively. Then, the medium recording unit 340 controls the FD device 360 to record the stored divided application X on the FD inserted in the FD device 360, and further prints a label on the outer surface of the FD (step S620). Hereinafter, the FD in which the divided application X is recorded is also referred to as a recorded FD.

A25. Compare processing:
Subsequently, the client CL3 of the work department performs a comparison process (FIG. 2: step S700). In this comparison process, the client CL3 searches for the application X stored in the management server MSV and downloads the divided application X based on an instruction from the user. Then, the client CL3 compares the downloaded divided application X with the divided application X recorded in the recorded FD, and examines whether there is any abnormality in the recorded FD. Note that comparing the downloaded divided application X with the recorded FD and examining whether the recorded FD is normal is hereinafter simply referred to as a compare. Now, this compare process will be described in detail with reference to FIG.

FIG. 14 is a flowchart showing the compare process in this embodiment.
In the compare process, first, the image processing unit 320 of the client CL3 displays the initial screen of the information processing screen W shown in FIG. 3 on the display 330 (step S710).

  When the compare button 950 is pressed by the user (step S720: YES), the image processing unit 320 displays the search condition input screen W2 on the display 330 as shown in FIG. 8 (step S730). On this search condition input screen W2, the user selects a model name selection pull-down 810 for selecting a model name, a model name selection pull-down 820 for selecting a model name, and a version name selection pull-down for selecting a version name. Only information to be searched is selected from 830 and a status name selection pull-down 840 for selecting a status name. Here, it is assumed that the user has selected the search condition information as model name: 0808. When the user selects search condition information, the user presses the search start button 850 to cause the client CL3 to search for an application based on the search condition information. If the user does not press the compare button 950 (step S720: NO), the process waits as it is.

  On the other hand, when the search condition information is selected in each of the selection pull-downs 810, 820, 830, and 840 and the search start button 850 is pressed (step S740: YES), the information processing unit 310 of the client CL3 searches for the search condition information. The application corresponding to is searched (step S750). Specifically, the information processing unit 310 accesses the management information table storage unit 630 of the management server MSV, and the search condition information selected from the management information table corresponding to each stored application is described. The management information table is searched, and the model name, model name, version name, and status name of each application are acquired from each management information table found as a result of the search. For example, since “model name: 0808” is selected as the search condition information here, the information processing unit 310 accesses the management information table storage unit 630 of the management server MSV and displays “model name: The management information table corresponding to the application having “0808” is searched, and the model name, model name, version name, and status name of each application are acquired from each management information table found as a result of the search. Note that if the search condition information is selected by the user and the search start button 850 is not pressed (step S740: NO), the process waits as it is.

FIG. 15 is a diagram for explaining the search result screen W7 in the present embodiment.
The image processing unit 320 describes the acquired model name, model name, version name, and status name in association with the search result display area 860 of the search condition input screen W2 (FIG. 8), as shown in FIG. Then, the search result screen W7 is displayed on the display 330 (step S760). In this case, the image processing unit 320 displays the compare button 960 only in the application whose acquired status name is “shipping OK” in the comparison processing column of the search result display area 860.

  In the search result screen W7, the user selects an application (application X in the present embodiment) to be compared from each application in which the compare button 960 is displayed in the compare column of the search result display area 860, and corresponds to it. Press the compare button 960.

FIG. 16 is a diagram for explaining the compare screen W8 in the present embodiment.
On the other hand, when the compare button 960 is pressed (step S770: YES), the image processing unit 320 displays a screen for performing comparison in the information input area Wb of the information processing screen W as shown in FIG. Step S790). Hereinafter, this information processing screen W is particularly referred to as a compare screen W8. The compare screen W8 includes a compare button 1210, an end button 1230, and a compare selection area 1255 in which a divided application name and a compare button 1210 are associated with each other. If the compare button 960 has not been pressed (step S770: NO), the process waits as it is.

  The user inserts the recorded FD into the FD drive 365 for comparison on the compare screen W8, and further corresponds to the divided application X recorded on the recorded FD in the compare selection area 1255 of the compare screen W8. Press the compare button 1210.

  On the other hand, the information processing unit 310 determines whether an FD in which the application X (divided application X) is recorded is inserted in the FD drive 365 (step S790). If the information processing unit 310 is not inserted (step S790: NO), the information processing unit 310 waits as it is.

  When the FD in which the application X (divided application X) is recorded is inserted in the FD drive 365 (step S790: YES), the information processing unit 310 further checks whether the user has pressed the compare button 1210. Judgment is made (step S800). If the compare button 1210 is not pressed (step S800: NO), the information processing section 310 returns to the process of step S790.

  When the user presses the compare button 1210 (step S800: YES), the information processing unit 310 performs the comparison (step S810). Specifically, when the compare button 1210 is pressed, the information processing unit 310 downloads the divided application X corresponding to the compare button 1210 from the management server MSV and stores it in the application storage unit 385. In addition, the information processing unit 310 reads the divided application X from the recorded FD inserted into the FD drive 365. Then, the information processing unit 310 compares the downloaded divided application X with the read divided application X.

  Subsequently, as illustrated in FIG. 16, the information processing unit 310 displays the result of the comparison (comparison) in the left side area of the corresponding compare button 1210 in the compare selection area 1255 (step S820). Specifically, when the downloaded divided application X matches the read divided application X, the information processing unit 310 displays “match”, and the downloaded divided application X and the read divided application X are displayed. When “and” do not match, “mismatch” is displayed.

  In addition, when the user finishes comparing the recorded FD in which one divided application X is recorded among the applications X, the user takes out the recorded FD from the FD drive 365 and stores the recorded FD of the other divided application X in the FD drive 365. Insert and press the corresponding compare button 1210. On the other hand, when a recorded FD is newly inserted into the FD drive 365 by the user, the information processing unit 310 performs the processing from step S790 to step S810 again. In this way, each recorded FD in which the application X is recorded is compared.

  Thereafter, when the divided applications X match as a result of the above-described compare processing, the user in the work department ships them as applications X.

  By the way, since the clients CL1 to CL3 can perform the search process in the permission authority table TB3 (FIG. 6), the search button 800 is clicked by the user from the initial screen state of the information processing screen W shown in FIG. If pressed, the process can be shifted to a search process. For example, when the client CL1 performs this search process, first, the image processing unit 120 of the client CL1 displays the search condition input screen W2 on the display 130 as shown in FIG. Is input, based on the search condition information, a search result screen W3 is displayed as shown in FIG. 9 excluding the download button 870 and the evaluation button 875. In this way, the user can search for a desired application.

  As described above, in the recording medium creation system 1000 of the above embodiment, since the application X is registered in the management server MSV in the information registration process (FIG. 4), each client CL has the execution authority (FIG. 6: If there is a permission authority table TB3), the application X can be downloaded when necessary. For example, the client CL2 in the QA department acquires the application X by downloading it from the management server MSV for the evaluation of the application X in the application evaluation process (FIG. 7). In this way, it is not necessary to manage and store the FD in which the application X is recorded in a department that requires the application X as in the prior art, so the cost for managing and storing the FD in which the application X is recorded can be reduced. Can be reduced.

  In the above-described embodiment, in the application recording process (FIG. 11), the client CL3 displays the medium creation screen W6 on the display display 330 and receives a user instruction via this. The medium recording unit 340 of the client CL3 downloads the application X from the management server MSV if there is an instruction from the user, that is, if the medium creation button 1100 or the medium / label button 1120 is pressed by the user, Is transmitted to the FD device 360, and the FD device 360 is further controlled to record the application X in the FD. In other words, when the user inserts the FD into the FD device 360 and presses the medium creation button 1100 or the medium / label button 1120 on the medium creation screen W6, the client CL3 automatically creates the FD in which the application X is recorded. be able to.

  In the above embodiment, in the application evaluation process (FIG. 7), the client CL2 reflects the evaluation of the application X in the status table TB4. In the application recording process (FIG. 11), the client CL3 displays the medium creation button 945 (search result screen W5 in FIG. 12) only for the application whose evaluation of the application X is “shipping OK” based on the status table TB4. (FIG. 11: Step S560). In this way, the user can select only the application whose status in the status table TB4 is “shipping OK”, and can record it on the FD in the client CL3. In other words, the user can suppress recording an application whose shipment is not OK (unnecessary) in the client CL3 in the FD.

  In the above-described embodiment, each process of the recording medium creation process (FIG. 2) can be performed only by the client CL having the execution authority. In this way, for example, only the client CL (in this embodiment, the client CL2 in the QA department) who has the execution authority for the application evaluation process (FIG. 7) can update the status in the status table TB4. This status is kept in reliable and appropriate information. Also, in this way, for example, a client CL (in this embodiment, none) who has no execution authority for the search process cannot perform the search process, thereby preventing information on each application from leaking. can do.

  In the above embodiment, in the compare process (FIG. 14), the client CL3 compares the application X recorded in the recorded FD with the application X registered in the management server MSV and stored in the application storage unit 610. Try to verify if they match. In this way, it is possible to confirm whether the application X recorded in the FD is appropriate. As a result, only the FD in which the appropriate application X is recorded can be shipped.

  In the above embodiment, in the information registration process (FIG. 4), the client CL1 registers the label information of the application X in the management server MSV. In the application recording process (FIG. 11), the client CL3 displays the medium creation screen W6 (FIG. 4). If the label button 1120 is pressed in 13), the application X is recorded in the FD, and the label information of the application X is recorded in the FD in which the application X is recorded. In this way, the user can write the application X in the FD and label information in the FD by pressing the label button 1120 once. Therefore, complicated operations via the information processing screen W can be reduced.

B. Variations:
Note that the present invention is not limited to the above-described embodiment, and can be implemented in various modes without departing from the scope of the invention.

B1.
In the above embodiment, only the client CL3 in the work department is connected to the FD device, but the present invention is not limited to this. For example, the client CL1 or the client CL2 may be connected to the FD device. In this way, for example, when the client CL2 is connected to the FD device, the application X downloaded in the application evaluation process can be recorded in the FD. That is, if a predetermined client CL is connected to the FD device, the FD that records the application X can be created in the department to which the client CL belongs, so that the application X is recorded in advance. There is no need to manage and store FDs. As a result, the cost for managing and storing the FD in which the application X is recorded can be reduced.

B2.
In the above embodiment, the FD device 360 is connected to the client CL3, but the present invention is not limited to this. For example, the FD device 360 may be directly installed in the local area network LAN. In this way, for example, the client CL3 can record the application X in the FD by directly transmitting the application X from the management server MSV to the FD apparatus without downloading the application X. Moreover, if it does in this way, since FD apparatus can share, the cost which installs FD apparatus can be suppressed.

B3.
In the above embodiment, only the FD device 360 as a recording device is connected to the client CL3, but the present invention is not limited to this. For example, a CD-R drive or a DVD-R drive as a recording device may be connected to the client CL3. In this way, the application X can be recorded on a CD-R, DVD-R, or the like by a recording device connected thereto.

B4.
The recording medium creation system 1000 of the above embodiment records the application X on a predetermined recording medium (FD) to create the recording medium, but the present invention is not limited to this. For example, what is recorded on the recording medium (FD) may not be an application but design information representing predetermined character information (document information), a predetermined character, or the like.

B5.
The recording medium creation system 1000 of the above embodiment executes the application recording process (FIG. 11) by pressing the application recording button 930 to create a recording medium (FD) in which the application X is recorded. The invention is not limited to this. For example, in the application evaluation process (FIG. 7), when the management server MSV is accessed and the status name in the status table TB4 is rewritten to “shipping OK” (step S410), the management information processing unit 510 of the management server MSV automatically The client X3 may be instructed to record the application X in the FD. In this way, the user can create the FD recorded by the application X only by evaluating the application X.

B6.
In the recording medium creation system 1000 of the above embodiment, when label information is written on the FD in the application recording process (FIG. 11), printing is performed on the surface of the FD. However, the present invention is not limited to this. It is not something that can be done. When label information is written on the FD, for example, the label information may be first printed on a sticker, and the sticker may be attached to the surface of the FD as a label.

B7.
In the above-described embodiment, each part of each client CL and management server MSV may be configured in hardware as configured in software, or configured in hardware. You may make it comprise like software.

It is a schematic block diagram of the recording medium production system 1000 in the present Example of this invention. It is a flowchart which shows the recording medium production process which the recording medium production system 1000 in a present Example performs. It is a figure which shows the initial screen of the information processing screen W in a present Example. It is a flowchart showing the information registration process which the client CL1 in a present Example performs. It is a figure showing the information registration screen W1 when the client CL1 in a present Example performs an information registration process. It is a figure for demonstrating the management information table TB in a present Example. It is a flowchart showing the application evaluation process in a present Example. It is a figure explaining the search condition input screen W2 in a present Example. It is a figure for demonstrating the search result screen W3 in a present Example. It is a figure for demonstrating the medium evaluation screen W4 in a present Example. It is a flowchart showing the application recording process in a present Example. It is a figure for demonstrating the search result screen W5 in a present Example. It is a figure for demonstrating the medium creation screen W6 in a present Example. It is a flowchart showing the comparison process in a present Example. It is a figure for demonstrating the search result screen W7 in a present Example. It is a figure for demonstrating the compare screen W8 in a present Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1000 ... Recording medium production system 110 ... Information processing part 120 ... Image processing part 130 ... Display display 170 ... Memory 180 ... Memory 185,187 ... Storage part 185 ... Application storage unit 187 ... Label information storage unit 210 ... Information processing unit 220 ... Image processing unit 230 ... Media recording unit 280 ... Memory 230 ... Display display 270 ... Memory 285. Application storage unit 287 ... Label information storage unit 310 ... Information processing unit 320 ... Image processing unit 330 ... Display display 340 ... Medium recording unit 365 ... Flexible disk drive 370 .. Memory 380 ... Memory 385 ... Application storage unit 387 ... Label information storage unit 510 ... Management information processing unit 550 ... Memory 600 ... Memory 610 ... Application storage unit 620 .. Label information Storage unit 630 ... management information table storage unit 700 ... information registration button 800 ... search button 900 ... App Rating button 930 ... application record button 950 ... compare button

Claims (16)

A recording medium creating method for creating a predetermined electronic information in a first department and creating a recording medium in which the electronic information generated in the first department is recorded in a second department,
(A) preparing a first computer in the first department and a second computer in the second department;
(B) preparing a management server;
(C) the first computer registering the electronic information and management information for managing the electronic information in the management server;
(D) the second computer obtaining the registered electronic information from the management server based on the registered management information;
(E) in the second department, recording the electronic information acquired by the second computer on the predetermined recording medium, and creating the recording medium on which the electronic information is recorded;
A recording medium creating method comprising: The recording medium creation method according to claim 1,
The management information includes status information indicating the state of the electronic information,
(F) preparing a third computer in a third department;
(G) the third computer obtaining the registered electronic information from the management server based on the management information registered in the management server;
(H) verifying the state of the acquired electronic information;
(I) the third computer updating the status information of the management information corresponding to the electronic information in the management server based on a verification result;
A recording medium creating method, further comprising: The recording medium creating method according to claim 2,
(J) Recording that the second computer records the electronic information corresponding to the management information including the status information on a predetermined recording medium based on the updated status information in the management server And further comprising the step of determining whether to grant permission,
When the second computer gives the recording permission as a result of the determination,
In the step (d),
Enabling the second computer to obtain the registered electronic information from the management server based on the registered management information;
In the step (e),
In the second department, the electronic information acquired by the second computer is recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded can be created. To make a recording medium. The recording medium creation method according to claim 3,
(K) If, in the step (j), the second computer does not permit the recording as a result of the determination, the second computer is sent to the management server in the step (d). A recording medium creation method comprising a step of preventing the registered electronic information from being acquired. The recording medium creating method according to any one of claims 2 to 4,
(L) registering authority information indicating whether or not the third computer has authority to update the status information in the management server;
In the step (h),
The third computer can update the registered status information only when the authority is registered in the authority information registered in the management server. . In the recording medium preparation method in any one of Claims 1 thru | or 5,
The management information includes identification information for identifying the electronic information,
(M) inputting the identification information in any one of the first computer, the second computer, and the third computer;
(N) The computer to which the identification information is input specifies the management information corresponding to the identification information input from the management information registered in the management server, and based on the management information found Searching for the electronic information;
A recording medium creating method comprising: The recording medium creation method according to claim 6,
(O) A recording medium creation method comprising a step of displaying a search result of the electronic information. In the recording-medium preparation method in any one of Claim 1 thru | or 7,
(P) The third computer verifies whether the electronic information registered in the management server matches the electronic information recorded on the recording medium after the step (d). A recording medium creating method comprising: In the recording-medium production method in any one of Claim 1 thru | or 8,
(Q) the first computer comprising a step of registering label information of the recording medium on which the electronic information is recorded;
(R) adding the registration destination of the label information to the management information;
(S) In the step (d), the second computer acquires, from the management server, the label information together with the registered electronic information based on the management information registered in the management server. When,
(T) In (e), in the second department, the electronic information acquired by the second computer is recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded is created. And adding the label information acquired by the second computer to the created recording medium;
A recording medium creating method comprising: In the recording medium preparation method in any one of Claims 1 thru | or 9,
The method of creating a recording medium, wherein the electronic information is an application program. In the recording-medium production method in any one of Claims 1 thru | or 10,
The recording medium creation method, wherein the recording medium is any one of a magnetic memory, an optical memory, and a semiconductor memory. A recording medium creation system for creating predetermined electronic information in a first department and creating a recording medium in which the electronic information generated in the first department is recorded in a second department,
A first computer installed in the first department;
An electronic information recording apparatus for recording on a recording medium of a first computer installed in the second department;
A management server,
The first computer registers the electronic information and management information for managing the electronic information in the management server,
The second computer acquires the registered electronic information from the management server based on the management information registered in the management server,
The recording medium creation system includes:
In the second department, the electronic information acquired by the second computer is recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded is created. . The recording medium creation system according to claim 12,
The management information includes status information indicating the state of the electronic information,
A third department with a third computer,
The third computer acquires the registered electronic information from the management server based on the management information registered in the management server,
When the state of the electronic information acquired by the third computer is verified by the user and the result of the verification is input to the third computer,
The third computer updates the status information of the management information corresponding to the electronic information in the management server based on a verification result. The recording medium creation system according to claim 13,
The second computer grants recording permission to record the electronic information corresponding to the management information including the status information on a predetermined recording medium based on the updated status information in the management server. Whether or not
When the second computer gives the recording permission as a result of the determination,
Enabling the second computer to obtain the registered electronic information from the management server based on the registered management information;
In the second department, the electronic information acquired by the second computer is recorded on the predetermined recording medium, and the recording medium on which the electronic information is recorded can be created. Recording medium creation system. The recording medium creation system according to claim 14,
If the second computer does not permit the recording as a result of the determination, the second computer is prevented from acquiring the electronic information registered in the management server. Recording medium creation system. The medium creation system according to any one of claims 13 to 15,
At least the management server and the first computer, the second computer, or the third computer are connected via a network.

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