JP2017091027A - System development support system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate management of a resource for each project when there are a plurality of system development projects and to prevent a resource for another project from being accidently compiled when a resource for an object project is compiled.SOLUTION: A first server receives compilation instruction information including information to identify a particular project and information on a compilation object resource from a user terminal, creates job information to create a compilation environment on the basis of the compilation instruction information, and transmits the job information to a second server. The second server receives the job information from the first server, and creates the compilation environment of the compilation object resource for the particular project in a storage unit of the second server based on the job information.SELECTED DRAWING: Figure 7(b)

Description

  The present invention relates to a technology for supporting system development.

  As can be seen in many core systems that form the basis of companies, in many systems, a UNIX (registered trademark) OS (operating system) is used for system development. In addition to various source programs, resources in system development include common modules such as COPY phrases and subroutines that are commonly used in various source programs, as well as refurbished programs when these are refurbished.

  Conventionally, since the above resources were compiled in one compilation environment, when there are multiple development projects, management of resources for each development project becomes complicated, and each developer can compile resources freely. And unconscious resources were compiled, and there was a possibility that degradation would occur.

  As a technique for preventing the occurrence of degradation, a technique that does not centralize version management of the same module, prevents the occurrence of degradation due to version return, and can perform compile linkage using a changed module (see Patent Document 1). ) Etc. have been proposed.

JP 2014-056439 A

  According to the prior art, when there are multiple system development projects, management of resources for each project becomes complicated, and when compiling resources in the target project, resources in other projects are compiled incorrectly, resulting in degradation There was a problem that could occur.

  Therefore, the object of the present invention is to facilitate the management of resources for each case when there are a plurality of system development cases, and to prevent erroneous compilation of resources in other cases when compiling resources in the target case. There is to do.

  The system development support system of the present invention that solves the above problem is a system development support system in which the second server creates a compilation environment for the resources to be compiled in a specific case based on job information created by the first server. The first server receives compile instruction information including information for identifying the specific case and information on the compile target resource from a user terminal, and creates the compile environment based on the compile instruction information. The job information is created, the job information is transmitted to the second server, the second server receives the job information from the first server, and based on the job information, the specific matter The compile environment of the compile target resource is created in the storage unit of the second server.

  According to the present invention, when there are a plurality of system development items, management of resources for each item is facilitated, and resources in other items are prevented from being erroneously compiled when compiling resources in the target item. be able to. As a result, the occurrence of degradation can be prevented.

1 is a diagram illustrating an example of the overall configuration of a system development support system 100 in the present embodiment. It is a figure which shows the hardware structural example of the resource management server 101 in this embodiment. It is a figure which shows the hardware structural example of the development server 103 in this embodiment. It is a figure which shows the structural example of the resource management database 210 in this embodiment. It is a figure which shows the example of the resource information list screen 500 of the search in this embodiment, and a search result. It is a figure which shows the structural example of the directory for compilation 319 in this embodiment. It is a flowchart which shows operation | movement of the system development assistance system 100 in this embodiment. Similarly, it is a flowchart which shows operation | movement of the system development assistance system 100 in this embodiment.

  Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a diagram illustrating an example of the overall configuration of a system development support system 100 according to the present embodiment. As shown in FIG. 1, a system development support system 100 in this embodiment includes a resource management server 101 that manages resources such as a source program and common modules (COPY clauses and subroutines) that are commonly used in the source program, A resource repair server 102 for repairing, a development server 103 that creates a compilation directory (compal storage area) that is a compilation environment for each project, stores resources of the target project, compiles, and the like, A user terminal 104 that issues a compile instruction or the like is communicably connected via a network 105.

  In the system development support system 100 having such a configuration, when the resource management server 101 receives from the user terminal 104 a compile instruction for a compile target resource in a specific case, creation of a directory for compiling resources in the case and acquisition of the target resource, etc. Creates job information that defines the job required to compile and sends it to the development server 103. Based on this job information, the development server 103 creates a directory for compiling resources to be compiled in the relevant project in the storage unit. In addition, the common resource is read from the storage unit and stored in the corresponding directory of the created compilation directory. Further, the modified resource to be compiled is acquired from the resource modification server 102 and each of the created compilation directory is stored in the directory of the created compilation directory. And stored in the directory, perform a compilation of each resource that is stored in each directory. After the compilation, the development server 103 sends the module generated by the compilation, the created compilation processing result (compile list), and the modified resource to the resource modified server 102, and deletes the created compilation directory. To do.

  Since the system development support system 100 that performs such an operation creates a compilation directory for each case, when there are multiple cases, the management of resources for each case is facilitated, and the resources in the target case are compiled. Sometimes it is possible to prevent erroneous compilation of resources in other projects. As a result, the occurrence of degradation can be prevented.

  Next, the hardware configuration of each device constituting the system development support system 100 in the present embodiment will be described.

  FIG. 2 is a diagram illustrating a hardware configuration example of the resource management server 101 in the present embodiment. The resource management server 101 in this embodiment can be realized by a general computer, and includes a storage unit 201 configured by a nonvolatile storage device such as a hard disk drive, a memory 202 configured by a volatile storage device such as a RAM, and a storage unit. An arithmetic processing unit 203 configured by a CPU or the like that executes a computer program stored in 201 by executing the overall control of the resource management server 101 itself by reading it into the memory 202 and performing various determinations, arithmetic operations, and control processes; A network interface 204 for connecting to other computers via the network 105 is provided. Each unit is connected by a communication path such as a BUS (bus).

  The storage unit 201 stores a resource search unit 210, a job control file creation unit 211, a resource management database 212, and a job control file 213.

  The resource search unit 210 is realized as a program that searches the resource management database 212 based on a resource search request in the target development item from the user terminal 104.

  The job control file creation unit 211 is realized as a program for creating the above-described job control file 213 based on the target resource compilation instruction information from the user terminal 104.

  The resource management database 212 is a database for managing resource information running on the development server 103. FIG. 4 shows a configuration example of the resource management database 212. As shown in FIG. 4, the resource management database 212 includes a management number 401 for identifying a case, a type 402 indicating the type of resource such as batch, online, copy phrase, subroutine, shell, etc., a resource name 403, and a resource content 404. And a person-in-charge ID 405 that identifies the person in charge who has paid out the resource, and a value of the carry-out date 406 representing the date on which the resource has been paid out.

  Returning to FIG. The job control file 213 is a file created by the job control file creation unit 211, and identifies a file (empty file) instructing activation of a compile execution program, a management number for identifying a matter, and a compilation target resource. Information (resource name, etc.), full path information indicating the location of the renovation resource to be compiled, and a file in which information (terminal ID) for specifying the user terminal is described.

  The resource search unit 210 and the job control file creation unit 211 may be stored in the storage unit 201 in advance, or are stored in a portable storage medium that can be used by a computer, and a data reading unit (not shown) May be read out as needed via a network, or may be downloaded from another device connected to a communication medium that can be used by a computer and stored in the storage unit 201 as necessary. Also good. In addition, each processing unit may be realized by hardware by designing a part or all of them, for example, by an integrated circuit.

  FIG. 3 is a diagram illustrating a hardware configuration example of the development server 103 in the present embodiment. The development server 103 according to the present embodiment can be realized by a general computer. The storage unit 301 includes a nonvolatile storage device such as a hard disk drive, the memory 302 includes a volatile storage device such as a RAM, and the storage unit 301. An arithmetic processing unit 303 configured by a CPU or the like that performs various determinations, arithmetic operations, and control processes as well as performing overall control of the development server 103 itself by reading the computer program stored in the memory 302 and executing it, and the network 105 A network interface 304 for connecting to other computers via the network is provided. Each unit is connected by a communication path such as a BUS (bus).

  The storage unit 301 includes a file monitoring unit 310, a compile directory creation unit 311, a common resource replication unit 312, a modified resource acquisition unit 313, a compile processing unit 314, a creation module transmission unit 315, a compile directory deletion unit 316, and a resource management. A job control file 213 received from the server 101 and a common resource file (COPY clause, subroutine) 318 are stored.

  The file monitoring unit 310 is realized as a program for monitoring whether the job control file 213 is received from the resource management server 101.

  Based on the information in the job control file 213, the compile directory creation unit 311 sets the matter information including the management number for identifying the matter and the terminal ID for identifying the terminal used by the developer as the top directory, The program is realized as a program for creating a directory 319 for various compilation resources. Note that multiple developers may compile the same system development project at the same time. In this case, if only the management number for identifying the case is set as the case information, a situation occurs in which a plurality of developers use the same compile directory at the same time. In the present embodiment, in order to avoid such a situation, the management number for identifying the case and the terminal ID for identifying the terminal used by the developer are included in the case information.

FIG. 6 is a diagram showing a configuration example of the compile directory 319 in the present embodiment.
As shown in FIG. 6, the compile directory 319 includes copy 602, sub 603, and TEST 604 under the management number of the highest directory _terminal ID 601, and copy 605, sub 606, batch 607 under the TEST 604, and bin 608 under the batch 607. It is.

  The management number_terminal ID 601 of the highest directory is created from the management number for identifying the matter in the job control file 213 and the terminal ID. The copy 602 is a storage area for storing the COPY phrase of the common resource to be compiled. The sub 603 is a storage area for storing a common resource subroutine.

  The TEST 604 is an upper directory of a storage area for storing the compile target modification resource, and has a copy 605, a sub 606, and a batch 607, which are storage areas for storing the compile target modification resource in the resource modification server 102. The copy 605 is a storage area for storing the COPY phrase of the compile target modification resource. A sub 606 is a storage area for storing a subroutine of the remodeling resource to be compiled. The batch 607 is a storage area for storing the source program of the compile target modification resource.

  A bin 608 under the batch 607 is a storage area for storing a module created by the compilation process.

  The directory structure under the management number of the highest directory_terminal ID 601 is always the same. The reason for creating the storage area for the common resource and the storage area for the modified resource separately is to make it possible to determine whether the compilation target resource is the common resource or the modified resource when compiling. Moreover, priority control of the call of the compilation target resource is performed by the compile shell.

  Returning to FIG. 3, the description will be continued. The common resource duplication unit 312 is realized as a program that duplicates various common resources (COPY clauses, subroutines) in the common resource file 318 and stores them in the corresponding directory of the created compile directory 319.

  The repair resource acquisition unit 313 is realized as a program that acquires the target repair resource from the resource repair server 102 based on the full path information of the compile target repair resource in the job control file 213.

  The compile processing unit 314 is realized as a program that compiles the target resource based on the startup instruction information of the compile execution program in the job control file 213.

  The creation module transmission unit 315 is realized as a program that transmits a module generated by compilation, a compilation processing result (compile list) that has been created, and the modified resource that has been compiled to the resource modification server 102.

  The compile directory deletion unit 316 is realized as a program that deletes the compile directory after compilation.

  The file monitoring unit 310, the compilation directory creation unit 311, the common resource replication unit 312, the modified resource acquisition unit 313, the compilation processing unit 314, the creation module transmission unit 315, and the compilation directory deletion unit 316 are stored in the storage unit 301 in advance. It may be stored in a portable storage medium that can be used by a computer, and may be read out as necessary via a data reading unit (not shown), or may be used by a computer It may be downloaded as necessary from another device connected to a possible communication medium and stored in the storage unit 301. In addition, each processing unit may be realized by hardware by designing a part or all of them, for example, by an integrated circuit.

  Although not shown, the resource modification server 102 and the user terminal 104 can be realized by a general computer having a storage unit, a memory, an arithmetic processing unit, a network interface, and the like. The repair resource server 102 is a server for resource repair, manages repair resources such as programs, COPY phrases, and subroutines for each project, and transmits the corresponding repair resources to the development server 103 in response to a request from the development server 103. To do. The user terminal 104 issues a resource search request for target projects, display of search results, and instructions for compiling the resources selected by the user.

  Next, the operation of the system development support system 100 in this embodiment will be described. FIG. 7A and FIG. 7B are flowcharts showing the operation of the system development support system 100 in the present embodiment. Note that each processing in each computer constituting the system development support system 100 is executed and controlled by an arithmetic processing unit of each computer.

  First, the user terminal 104 transmits a target resource search request including the management number of the target case input by the user to the resource management server 101 via the network 105 (step 701).

  Upon receiving the search request, the resource management server 101 searches the resource management database 212 (FIG. 4) based on the management number included in the search request (step 702), and reads the resource information 402 to 406 including the corresponding management number 401. The search result (FIG. 5) is transmitted to the user terminal 104 via the network 105 (step 703).

  The user terminal 104 displays the search result (step 704). FIG. 5 is a diagram showing an example of a resource information list screen 500 for search and search results in the present embodiment. As shown in FIG. 5, the resource information list screen 500 for search and search results according to this embodiment includes a header part 510, a detail part 520, and a footer part 530. The header section 510 includes a case management number 511 and a search button 512 for performing a search instruction for resources in the case. The specification unit 520 includes a selection 521 having a check box for selecting a compilation target resource, a type 522 indicating a type of resource, a resource name 523, a resource content 524, and a person in charge ID 525 for identifying a person in charge of giving out the resource. , A display portion for each value of the carry-out date 526 representing the date when the resource is paid out, a previous item button 527 and a next item button 528. The footer unit 530 has a compile instruction button 531 and an end button 532 for making a compile instruction.

  In this embodiment, when the header portion 510 is displayed on the user terminal 104 (the detail portion 520 is not displayed), the user inputs the management number 511 of the target case and performs an operation of pressing the search button 512. The process of step 701 shown in FIG. 7A is executed, and in step 703, a resource information one-column screen including information on the target resource obtained by the search process of step 702 in the detail section 520 is displayed as a search result in the user terminal. 104 is transmitted.

  Then, when the user performs an operation of selecting a compile target resource with the check box of the selection 521 and pressing the compile instruction button 531 on the resource information one-column screen 500 of the search result shown in FIG. Resource management server 101 via network 105 includes number 511, target resource information 522 to 526, if there is a repaired resource, full path information of the repaired resource, and target resource compilation instruction information including the terminal ID of operation terminal 104. (Step 705).

  Based on the compile instruction information, the resource management server 101 includes a file for instructing activation of a compile execution program, and a file in which a management number, information on a compile target resource, full path information on a compile target repair resource, and a terminal ID are written. The created job control file 213 is created (step 706), and the created job control file 213 is transmitted to the development server 103 via the network 105 (step 707).

  The development server 103 stores the received job control file 213 in the storage unit 301 and, based on the information in the job control file 213, stores the item information including the management number and the terminal ID shown in FIG. Then, a directory 319 for various compilation resources (common resources, repair resources) is created (step 708).

  Next, the development server 103 reads the COPY phrase and subroutine of the common resource from the common resource file 318 of the storage unit 301 and stores them in the corresponding directories (copy 602, sub 603) of the created compilation directory (step 709). Next, the development server 103 transmits a repair resource request including the full path information of the compile target repair resource to the resource repair server 102 via the network 105 (step 710).

  The resource modification server 102 transmits the compilation target modification resource (COPY clause, subroutine, program) acquired based on the full path information of the compilation target modification resource to the development server 103 via the network 105 (step 711).

  The development server 103 stores the COPY clause, subroutine, and program of the acquired repair resource in the corresponding directories (copy 605, sub 606, batch 607) of the created compilation directory (step 712). Then, the development server 103 compiles the common resource and the repair resource stored in the compile directory in Step 709 and Step 712 (Step 713). By executing the compilation, a compilation list in which module generation and compilation processing results are described is created. The development server 103 transmits the generated module, the created compilation list, and the modified resource that has been compiled to the resource modified server 102 (step 714), and deletes the created compilation directory (step 715).

The embodiment of the present invention has been specifically described above, but according to the present embodiment,
Since a directory for compilation is created for each matter, when there are multiple matters, it is easy to manage resources for each matter, and only the resources in that matter can be compiled without compiling resources in other matters. It can be carried out. As a result, the occurrence of degradation can be prevented.

  The present invention is not limited to this, and various modifications can be made without departing from the scope of the invention. For example, as the top-level directory of the compilation directory shown in FIG. 6, the case information including the management number and the terminal ID is used, but only the terminal ID may be used without including the management number, or the target system development If the resources in other system development projects are compiled by mistake when the resources in the project are compiled, and the situation where multiple developers use the same compile directory at the same time can be prevented, each developer handling the project Other information such as unique information may be used.

DESCRIPTION OF SYMBOLS 101 ... Resource management server, 102 ... Resource repair server, 103 ... Development server, 104 ... User terminal, 105 ... Network.

Claims (5)

A system development support system in which the second server creates a compilation environment for the resources to be compiled in a specific case based on the job information created by the first server;
The first server is
Receiving compile instruction information including information identifying the specific case and information of the compile target resource from a user terminal, and creating the job information for creating the compile environment based on the compile instruction information, Sending job information to the second server;
The second server is
Receiving the job information from the first server, and based on the job information, creating the compilation environment of the compilation target resource in the specific case in a storage unit of the second server;
System development support system characterized by this. The first server is
Receiving the compile instruction information including information identifying the specific case from the user terminal, information on the compile target resource, full path information of the resource modified with the compile target resource, and information identifying the user terminal; Based on the compile instruction information, create the job information including each received information and information instructing activation of the compile execution program, and send the job information to the second server,
The second server is
Based on the received job information, the information including the information identifying the specific case and the information identifying the user terminal is set as a top directory, and the storage area of the compilation target resource as the compilation environment is subordinate to Create in the storage unit,
The system development support system according to claim 1. The second server is
Obtaining a common resource of the compilation target resources from the storage unit and storing it in the corresponding storage area of the created storage area;
Based on the full path information, obtain the relevant repair resource from the third server and store it in the relevant storage area of the created storage area,
Compiling the stored common resource and the modified resource based on information instructing activation of the compile execution program;
The system development support system according to claim 2, wherein: The second server is
Sending the module generated by the execution of the compilation and the created compilation processing result and the modified resource to the third server;
The system development support system according to claim 3. The second server is
Deleting the created storage area after sending the module, the compilation processing result and the modified resource to the third server;
The system development support system according to claim 4.

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