JP7025298B2 - Environment construction support system and environment construction support method - Google Patents

Description

The present invention relates to an environment construction support system and an environment construction support method.

In recent years, the number of IT systems in which dozens or hundreds of servers are installed is increasing. In addition, there is an increasing tendency to enhance services provided by such IT systems in a short period of time in order to differentiate them from other companies. In other words, there are many situations in which a system with a large-scale server configuration is frequently enhanced. Therefore, in order to deal with such a situation, a technique for automating the construction work and release of the IT system to improve efficiency has been proposed.

A conventional technique related to such a technique is, for example, a design support system including a processor that executes a program and a memory that holds a program executed by the processor, and the memory is used for business operations. The processor stores a plurality of parameter sets in which the resource usage of the computer system is defined, and the processor of each of the plurality of parameter sets is based on the information in which the items to be considered in the system design are defined. The value score is calculated, the calculated value score is summed for each of the plurality of parameter sets, and each of the plurality of parameter sets is based on the value score totaled for each of the plurality of parameter sets. A design support system (see Patent Document 1), which is characterized by determining the priority of the processor, has been proposed.

In addition, a configuration conversion that stores a template DB that stores the first template that includes information on the servers that make up the business system and configuration conversion information that describes the implementation method for realizing the functions of the server on the cloud. A storage unit including an information DB, an input unit that accepts information that specifies the first template and information that specifies the business system construction destination cloud type, a server type included in the specified first template, and a server type. A system configuration that searches the configuration conversion information DB for the implementation method of the server based on the configuration requirements of the server and the specified cloud type, and creates a second template including the contents of the implementation method hit by the search. A system deployment device (see Patent Document 2) characterized by including a conversion unit has been proposed.

Further, the parameter identifier of the parameter that defines the operation of a plurality of products constituting the computer system, the parameter table that stores the value specified for the parameter in association with each other, the format of the parameter, and the value of the parameter can be taken. A rule table that stores rules that define a range, a storage unit that stores a relational table that associates parameter identifiers stored in the parameter table with rules stored in the rule table, and multiple products that verify parameters. Refer to the reception unit that accepts the designation and the rule table associated with the relation table from the parameter table of the product accepted by the reception unit, and the rule table to which the parameters of the product stored in the parameter table are associated. A parameter determination system (see Patent Document 3), which comprises a determination unit for determining whether or not a condition is satisfied and an output unit for outputting the verification result of the verification unit, has been proposed.

Further, it is a control method for managing input / output of a request from a client computer and a processing result for the request from a host computer by using a control system having a processor and a memory, and the processor is connected to the control system. The client transmits the step of transmitting the request having the same contents to the first and second host computers, and the first processing result in which the processor is a response from the first host computer to the request. A step of transmitting to a computer, a step of determining whether the second processing result, which is a response from the second host computer to the request, includes all of the first processing result, and the above-mentioned step. In the determination step, when the second processing result includes all of the first processing results, the processor sends only the processing results from the second host computer to the client computer for subsequent requests. And a control method characterized by including (see Patent Document 4) and the like have been proposed.

In addition, an operation management support system (see Patent Document 5), a system construction support device (see Patent Document 6), a calculation result verification system (see Patent Document 7), and the like have also been proposed.

WO2015 / 0083378 WO2017 / 002222 WO2017 / 081804 WO2012 / 169021 Japanese Unexamined Patent Publication No. 2002-196952 Japanese Unexamined Patent Publication No. 2009-205300 Japanese Unexamined Patent Publication No. 2016-085668

Many of the existing environment construction technologies are integrated from the state where only the OS is installed on the target server to the installation of the target middleware and the environment construction.

On the other hand, in system development in which a business operator in the financial field is a customer, it is common to change the environment of the server for which the environment is to be constructed many times, or to give one server multiple roles. This tends to lead to the occurrence of repetitive work that repeats a series of processes from parameter design to system construction.

Therefore, it is difficult to apply the above-mentioned general environment construction technology when developing a system in the financial field. In the first place, the introduction of existing environment construction technology requires the person in charge to acquire appropriate skills. It is also necessary to make major changes to existing environment construction procedures.

On the other hand, when the above-mentioned repetitive work is performed manually, not only the work man-hours are increased, but also the risk of human error such as an operation error is likely to increase. As a result, it leads to work rework and deterioration of system quality, and the risk of increasing development cost increases. In addition, there is a risk of losing the trust of customers and society.
Therefore, an object of the present invention is to provide a technique that makes it possible to construct an environment in a financial system with good efficiency and cost.

The environment construction support system of the present invention that solves the above problems is executed for the information processing device, a constant design document for the information processing device to be constructed, a definition file template that defines the setting contents for the information processing device, and the information processing device. A storage unit that stores a construction script template that describes a series of environment construction commands to be processed, a process of converting the constant design document into a constant setting value file with a predetermined tool, and a predetermined environment construction by inputting the constant setting value file. A process of executing a tool to generate a definition file and a construction script in which predetermined items in the constant design document are set in the definition file template and the construction script template, respectively, and the information of the definition file and the construction script. It is characterized by including a calculation unit that distributes to a processing device, causes the information processing device to execute the construction script, and executes the process of constructing a predetermined environment specified in the constant design document on the information processing device. do.

Further, the environment construction support method of the present invention includes a constant design document relating to the information processing device to be constructed, a definition file template that defines the setting contents for the information processing device, and a series of executions for the information processing device. An information processing system equipped with a storage unit that describes an environment construction command and a storage unit converts the constant design document into a constant setting value file with a predetermined tool, and inputs the constant setting value file. A process of executing a predetermined environment construction tool to generate a definition file and a construction script in which predetermined items in the constant design document are set in the definition file template and the construction script template, respectively, and the definition file and the construction script. Is delivered to the information processing apparatus, the information processing apparatus executes the construction script, and the information processing apparatus executes a process of constructing a predetermined environment specified in the constant design document.

According to the present invention, it is possible to construct an environment in a financial system with good efficiency and cost.

It is a network configuration diagram including the environment construction support system of this embodiment. It is a figure which shows the hardware configuration example of the environment construction support system in this embodiment. It is a figure which shows the structural example of the constant design document of this embodiment. It is a figure which shows the structural example of the definition file template of this embodiment. It is a figure which shows the configuration example of the construction script template of this embodiment. It is a figure which shows the flow example 1 of the environment construction support method in this embodiment. It is a figure which shows the flow example 2 of the environment construction support method in this embodiment. It is a figure which shows the output example 1 in this embodiment. It is a figure which shows the output example 2 in this embodiment. It is a figure which shows the output example 3 in this embodiment. It is a figure which shows the output example 4 in this embodiment.

－－－ Network configuration －－－

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a network configuration diagram including the environment construction support system 100 of the present embodiment. The environment construction support system 100 shown in FIG. 1 is a computer system that enables environment construction in a financial system to be executed with good efficiency and cost.

The environment construction support system 100 in the present embodiment assumes, for example, an information processing system operated by a vendor who has received an order for IT system construction work from a customer's financial-related company.

Further, the environment construction support system 100 targets the server group 50 in which only the OS is installed. The environment construction support system 100 automatically introduces and sets predetermined middleware to each of the servers 200 constituting the server group 50 according to the specifications agreed with the customer. Here, the introduction and setting of middleware is referred to as environment construction.

The environment construction support system 100 is connected to an appropriate network 10 such as an in-house LAN of a client company, and via the network 10, each of the above-mentioned servers 200 to be environment-constructed and a person in charge of business of a vendor. It is connected to the terminal 300 operated by the computer so that it can communicate with each other. However, the terminal 300 may be realized with the functions and configurations of the environment construction support system 100.
--- Hardware configuration ---

The hardware configuration of the environment construction support system 100 is as follows. FIG. 2 is a diagram showing a hardware configuration example of the environment construction support system 100 of the present embodiment.

The environment construction support system 100 is held in a storage unit 101 composed of an appropriate non-volatile storage element such as an SSD (Solid State Drive) or a hard disk drive, a memory 103 composed of a volatile storage element such as a RAM, and a storage unit 101. The program 102 is executed by reading it into the memory 103 to perform overall control of the device itself, and is connected to a calculation unit 104 such as a CPU and a network 10 that perform various determinations, calculations and control processes, and is connected to the above-mentioned server 200 and terminal 300. It is provided with a communication unit 105 such as a network interface that is responsible for communication processing with other devices such as.

In addition to the above configuration, the environment construction support system 100 further includes an input unit such as a keyboard that accepts key input and voice input from the user, and an output unit such as a display that displays processing data by the calculation unit 104. You may be prepared.

Further, the storage unit 101 includes a Y tool 110 and an environment construction tool 140 as a program 102 for implementing the functions required for the environment construction support system of the present embodiment.

Among them, the Y tool 110 is a tool for converting a constant design document provided by Ansible, which is known as a configuration management tool composed of open source software (OSS), into a constant setting value file 130 in YML format. In this case, the environment construction tool 140 is supported by the above-mentioned Ansible.

In addition to the above-mentioned program 102, the storage unit 101 stores at least a constant design document 125 (see FIG. 3), a definition file template 126 (see FIG. 4), and a construction script template 127 (see FIG. 5). Has been done.

Of these, the definition file template 126 is "templates" in the above-mentioned Ansible "roll" file, and the construction script template 127 is "tasks". The files and the like peculiar to Ansible are the same as the existing ones.

Further, the constant setting value file 130, the definition file 131 (same structure as the definition file template 126), and the construction script 132 (same as the construction script template 127) generated by executing the environment construction support method of the present embodiment. Structure) is also the same as that previously defined and used in Ansible, and these are stored in the storage unit 101.

Further, in the present embodiment, the result of the environment construction is set in the above-mentioned constant design document 125 and the definition file 131, and these are stored in the storage unit 101 as success / failure evidence 133. This success / failure evidence 133 will be described later.
－－－ Flow example 1 －－－

Hereinafter, the actual procedure of the environment construction support method in the present embodiment will be described with reference to the figure. Various operations corresponding to the environment construction support method described below are realized by a program read by the environment construction support system 100 into a memory or the like and executed. The program is composed of codes for performing various operations described below.
FIG. 6 is a diagram showing a flow example 1 of the environment construction support method in the present embodiment. Here, first, the concept of automatic environment construction by Ansible will be explained.

In this case, the environment construction support system 100 converts the constant design document 125 into the constant setting value file 130 in YML format by the Y tool 110 (s1). As for this conversion method itself, a known technique may be appropriately applied.

Further, the environment construction support system 100 executes the environment construction tool 140 of Ansible by inputting the constant setting value file 130, and sets the predetermined items in the constant design document 125 in the definition file template 126 and the construction script template 127, respectively. , The definition file 131 and the construction script 132 are generated (s2). As for the processing in s2, a known technique in Ansible may be appropriately applied.

Subsequently, the environment construction support system 100 distributes the definition file 131 and the construction script 132 obtained in s2 to the server 200 via the network 10, causes the server 200 to execute the construction script 132, and causes the server 200 to execute a constant. A predetermined environment specified in the design document 125 is constructed (s3). This construction process is performed by sequentially executing the commands described in the construction script 132, and the contents themselves are the same as those known.
－－－ Flow example 2 －－－

FIG. 7 is a diagram showing a flow example 2 of the environment construction support method in the present embodiment. Here, a process executed in parallel with or after completion of the above-mentioned flow example 1 will be described.

In this case, the environment construction support system 100 stores in the storage unit 101 the correspondence between the constant design document 125 and the construction script 132 generated in s2 in the above flow example 1 at the description location of each environment construction command. (S10).

The above-mentioned correspondence is, for example, a link between the record of the environment construction command in the constant design document 125 and the description part (example: record number) of the environment construction command indicated by the record in the construction script 132. It will be the specified information.

Further, when the environment construction support system 100 causes a correction event (see screen 800 in FIG. 8) of changing the execution order of the environment construction command in the constant design document 125 in the terminal 300, the environment construction support system 100 notifies the terminal 300 of this. Receive and sense (s11).

This notification includes information on changes in the identification information (record number before modification and record number after modification) of the record of the environment construction command in the constant design document 125, which is to be modified.

Subsequently, the environment construction support system 100 changes the execution order of the corresponding environment construction command in the construction script 132 based on the constant design document 125 that has undergone the above-mentioned correspondence and the correction event (s12).

Further, the environment construction support system 100 stores in the storage unit 101 the correspondence between the constant design document 125 and the definition file 131 generated in s2 described above at the description points of each constant (s13).

The above-mentioned correspondence is, for example, the information that defines the association between the constant record in the constant design document 125 and the description location (example: record number) in the definition file 131 of the constant indicated by the record. Become.

Next, when the environment construction support system 100 receives a notification from the terminal 300 and detects a designated event (see screen 900 in FIG. 9) for a predetermined constant in the constant design document 125 in the terminal 300. Then, the information of the constant and the description portion in the constant design document 125 and the definition file 131 is specified from the above-mentioned correspondence relationship, and the information specified here (FIG. 9) is displayed on the terminal 300 (s14).

Further, the environment construction support system 100 receives the occurrence of an additional event of a predetermined constant in the constant design document 125 (see screen 1000 in FIG. 10) in the terminal 300 displaying the above information, and has the above-mentioned correspondence relationship and the above-mentioned correspondence. Based on the constant design document 125 that has undergone the additional event, the above-mentioned correspondence is updated, and the description of the constant is added to a predetermined location in the definition file 131 (s15).

Further, the environment construction support system 100 specifies the constant and the information of the description portion in the constant design document 125 to which the above description is added and the definition file 131 from the above-mentioned correspondence, and the information specified here. (FIG. 10) is displayed on the terminal 300 (s16).

Subsequently, the environment construction support system 100 displays the execution results of each environment construction command on the server 200 obtained through the environment construction process in s3 of the above flow example 1 in the constant design document 125 and the above-mentioned flow example. Based on the above-mentioned correspondence with the construction script 132 generated in s2 of 1, it is stored in association with the corresponding description in the constant design document 125 (s17).

Further, the above-mentioned execution result is stored in association with the corresponding description in the definition file 131 based on the above-mentioned correspondence relationship between the constant design document 125 and the definition file 131 generated in s2 of the above-mentioned flow example 1 (). s18).

Further, the constant design document 125 and the definition file 131, in which the execution results are stored in the above-mentioned s17, are output to the terminal 300 as the success / failure evidence 133 of the environment construction (see the screen 1100 in FIG. 11) (s19).

After the above-mentioned s19, when a designated event for a predetermined item occurs in at least one of the constant design document 125 and the definition file 131, which is the success / failure evidence 133 (s20: y), the environment construction support system 100 is used for the constant design. Based on either the above-mentioned correspondence between the document 125 and the construction script 132, or the above-mentioned correspondence between the constant design document 125 and the definition file 131, the item and the description part are described. Information is specified from the correspondence (s21).
Further, the environment construction support system 100 causes the terminal 300 to display the information specified in s21 (s22).

Further, the environment construction support system 100 updates the value of the corresponding item in the constant design document 125 or the definition file 131 in response to the occurrence of the correction event of the value of the item in the terminal 300 whose information is displayed in s22 described above. (S23).
Subsequently, the environment construction support system 100 causes the terminal 300 to display the information updated in s23 (s24), and ends the process.

Although the best mode for carrying out the present invention has been specifically described above, the present invention is not limited to this, and various modifications can be made without departing from the gist thereof.
According to this embodiment, it is possible to construct an environment in a financial system with good efficiency and cost.

The description herein reveals at least the following: That is, in the environment construction support system of the present embodiment, the arithmetic unit stores in the storage unit the correspondence between the constant design document and the generated construction script at the description location of each environment construction command. When a modification event for changing the execution order of the environment construction command in the constant design document occurs, the execution order of the corresponding environment construction command in the construction script is changed based on the correspondence and the constant design document that has passed the modification event. It may be that the processing is further executed.

According to this, the modification of the construction script is automatically processed seamlessly from the modification event of the constant design document. As a result, it becomes possible to build an environment in the financial system with better efficiency and cost.

Further, in the environment construction support system of the present embodiment, the arithmetic unit stores in the storage unit the correspondence between the constant design document and the generated definition file at the description location of each constant, and the constant. When a designated event for a predetermined constant in the design document occurs, the information of the constant and the description location in the constant design document and the definition file is specified from the correspondence relationship, and the specified information is displayed on the predetermined device. In response to the processing and the occurrence of an additional event of a predetermined constant in the constant design document in the apparatus displaying the information, the correspondence relationship is established based on the correspondence relationship and the constant design document that has undergone the additional event. It is updated, the description of the constant is added to the predetermined place in the definition file, and the information of the constant and the description place in the constant design document to which the description is added and the definition file is specified from the correspondence. , The process of displaying the specified information on a predetermined device may be further executed.

According to this, the addition of the corresponding constant in the definition file is automatically processed seamlessly from the event of adding a predetermined constant to the constant design document, and the processing target can be visually recognized by the user from a bird's-eye view. As a result, it becomes possible to build an environment in the financial system with better efficiency and cost.

Further, in the environment construction support system of the present embodiment, the arithmetic unit obtains the execution result of each environment construction command in the information processing apparatus obtained by executing the construction of the predetermined environment, and the constant design document and the said. Based on the correspondence relationship between the generated construction script, the process of storing the corresponding description in the constant design document, and the correspondence relationship between the constant design document and the generated definition file. The process of storing the execution result in association with the corresponding description in the definition file and the process of outputting the constant design document and the definition file, which are stored in the execution result, to a predetermined device as success / failure evidence of environment construction. It may be further executed.

According to this, the evidence of success or failure of the environment construction can be automatically generated, and the work burden of the person in charge or the like can be greatly suppressed. As a result, it becomes possible to build an environment in the financial system with better efficiency and cost.

Further, in the environment construction support system of the present embodiment, the arithmetic unit performs the constant design when a designated event for a predetermined item occurs in at least one of the constant design document and the definition file, which are the success / failure evidences. Based on either the correspondence between the document and the construction script or the correspondence between the constant design document and the definition file, the information of the item and the description location is the relevant. The constant design document or the definition file in response to the process of specifying from the correspondence and displaying the specified information on the predetermined device and the occurrence of the correction event of the value of the item in the device displaying the information. The process of updating the value of the corresponding item in the above and displaying the updated information on the predetermined device may be further executed.

According to this, the person in charge or the like who browses the success / failure evidence can easily and efficiently confirm the problematic part as a result of the environment construction, and can perform the correction operation for the relevant part. As a result, it becomes possible to build an environment in the financial system with better efficiency and cost.

Further, in the environment construction support method of the present embodiment, the information processing system stores in the storage unit the correspondence between the constant design document and the generated construction script at the description location of each environment construction command. , When a modification event for changing the execution order of the environment construction command in the constant design document occurs, the execution order of the corresponding environment construction command in the construction script is changed based on the correspondence and the constant design document that has passed the modification event. It may be possible to further execute the processing to be performed.

Further, in the environment construction support method of the present embodiment, the information processing system stores in the storage unit the correspondence between the description points of each constant between the constant design document and the generated definition file. When a designated event occurs for a predetermined constant in the constant design document, the information of the constant and the description location in the constant design document and the definition file is specified from the correspondence relationship, and the specified information is displayed on the predetermined device. In response to the process of causing the information to be generated and the occurrence of an additional event of a predetermined constant in the constant design document in the apparatus displaying the information, the correspondence relationship is based on the correspondence relationship and the constant design document that has undergone the additional event. Is updated, the description of the constant is added to the predetermined location in the definition file, and the information of the constant and the description location in the constant design document to which the description is added and the definition file is specified from the correspondence. Then, the process of displaying the specified information on a predetermined device may be further executed.

Further, in the environment construction support method of the present embodiment, the execution result of each environment construction command in the information processing apparatus obtained by the information processing system executing the construction of the predetermined environment is referred to as the constant design document. Based on the correspondence relationship between the generated construction script, the process of storing the corresponding description in the constant design document, and the correspondence relationship between the constant design document and the generated definition file. , The process of storing the execution result in association with the corresponding description in the definition file, and the process of outputting the constant design document and the definition file that stored the execution result to a predetermined device as success / failure evidence of environment construction. May be executed further.

Further, in the environment construction support method of the present embodiment, when the information processing system causes a designated event for a predetermined item in at least one of the constant design document and the definition file, which is the success / failure evidence, the constant. Based on either the correspondence between the design document and the construction script or the correspondence between the constant design document and the definition file, the information of the item and the description location is provided. In response to the process of specifying from the correspondence and displaying the specified information on a predetermined device and the occurrence of a correction event of the value of the item in the device displaying the information, the constant design document or the definition. The process of updating the value of the corresponding item in the file and displaying the updated information on the predetermined device may be further executed.

10 Network 50 Server group 100 Environment construction support system 101 Storage unit 102 Program 103 Memory 104 Calculation unit 105 Communication unit 110 Y tool 125 Constant design document 126 Definition file template 127 Construction script template 130 Constant setting value file 131 Definition file 132 Construction script 133 Success / Failure Evidence 140 Environment Construction Tool 200 Server (Information Processing Device)
300 terminals

Claims (10)

A constant design document for the information processing device to be constructed, a definition file template that defines the settings for the information processing device, and a construction script template that describes a series of environment construction commands to be executed for the information processing device. The storage unit that stores the information processing
The process of converting the constant design document into a constant setting value file with a predetermined tool, executing the predetermined environment construction tool with the constant setting value file as an input, and performing the predetermined items in the constant design document with the definition file template and the construction. The process of generating the definition file and the construction script set in the script template, the definition file and the construction script are distributed to the information processing apparatus, the information processing apparatus executes the construction script, and the information processing is performed. An arithmetic unit that executes the process of constructing a predetermined environment specified in the constant design document on the device, and
An environment construction support system characterized by including. The arithmetic unit
The correspondence between the constant design document and the generated construction script at the description location of each environment construction command is stored in the storage unit, and a correction event for changing the execution order of the environment construction command in the constant design document occurs. If this is the case, the process of changing the execution order of the corresponding environment construction command in the construction script is further executed based on the correspondence and the constant design document that has undergone the modification event.
The environment construction support system according to claim 1. The arithmetic unit
The correspondence between the constant design document and the generated definition file is stored in the storage unit, and when a designated event for a predetermined constant in the constant design document occurs, the constant design is performed. A process of specifying the constant and the information of the description location in the document and the definition file from the correspondence, and displaying the specified information on a predetermined device.
In response to the occurrence of an additional event of a predetermined constant in the constant design document in the apparatus displaying the information, the correspondence relationship is updated based on the correspondence relationship and the constant design document that has passed the additional event. The description of the constant is added to a predetermined place in the definition file, the constant and the information of the description place in the constant design document to which the description is added and the definition file are specified from the correspondence, and the specification is made. The process of displaying the displayed information on a predetermined device is further executed.
The environment construction support system according to claim 2, characterized in that. The arithmetic unit
The execution result of each environment construction command in the information processing apparatus obtained by executing the construction of the predetermined environment is the constant design based on the correspondence relationship between the constant design document and the generated construction script. The process of storing in association with the corresponding description in the document, the process of storing in association with the corresponding description in the definition file based on the correspondence relationship between the constant design document and the generated definition file, and the execution. The process of outputting the constant design document and the definition file, which have been stored as a result, to a predetermined device as evidence of success or failure of environment construction is further executed.
The environment construction support system according to claim 3, characterized in that. The arithmetic unit
When a designated event for a predetermined item occurs in at least one of the constant design document and the definition file, which is the success / failure evidence, the correspondence relationship between the constant design document and the construction script, or the constant. Based on any of the corresponding relationships between the design document and the definition file, the process of specifying the information of the item and the description location from the corresponding relationship and displaying the specified information on the predetermined device. When,
In response to the occurrence of the correction event of the value of the item in the device displaying the information, the value of the corresponding item in the constant design document or the definition file is updated, and the updated information is displayed on the predetermined device. Processing and
Is to further execute,
The environment construction support system according to claim 4, characterized in that. A constant design document for the information processing device to be constructed, a definition file template that defines the settings for the information processing device, and a construction script template that describes a series of environment construction commands to be executed for the information processing device. An information processing system equipped with a storage unit that stores
The process of converting the constant design document into a constant setting value file with a predetermined tool,
A process of executing a predetermined environment construction tool with the constant setting value file as an input to generate a definition file and a construction script in which predetermined items in the constant design document are set in the definition file template and the construction script template, respectively. ,
A process of distributing the definition file and the construction script to the information processing apparatus, executing the construction script in the information processing apparatus, and constructing a predetermined environment specified in the constant design document in the information processing apparatus.
An environment construction support method characterized by executing. The information processing system
The correspondence between the constant design document and the generated construction script at the description location of each environment construction command is stored in the storage unit, and a correction event for changing the execution order of the environment construction command in the constant design document occurs. If so, the process of changing the execution order of the corresponding environment construction command in the construction script is further executed based on the correspondence and the constant design document that has undergone the modification event.
The environment construction support method according to claim 6, characterized in that. The information processing system
The correspondence between the constant design document and the generated definition file is stored in the storage unit, and when a designated event for a predetermined constant in the constant design document occurs, the constant design is performed. A process of specifying the constant and the information of the description location in the document and the definition file from the correspondence, and displaying the specified information on a predetermined device.
In response to the occurrence of an additional event of a predetermined constant in the constant design document in the apparatus displaying the information, the correspondence relationship is updated based on the correspondence relationship and the constant design document that has passed the additional event. The description of the constant is added to a predetermined place in the definition file, the constant and the information of the description place in the constant design document to which the description is added and the definition file are specified from the correspondence, and the specification is made. Further execution of the process of displaying the displayed information on a predetermined device.
The environment construction support method according to claim 7, characterized in that. The information processing system
The execution result of each environment construction command in the information processing apparatus obtained by executing the construction of the predetermined environment is the constant design based on the correspondence relationship between the constant design document and the generated construction script. The process of storing in association with the corresponding description in the document, the process of storing in association with the corresponding description in the definition file based on the correspondence relationship between the constant design document and the generated definition file, and the execution. Further executing the process of outputting the constant design document and the definition file, which have been stored as a result, to a predetermined device as evidence of success or failure of environment construction.
The environment construction support method according to claim 8, wherein the method is characterized by the above. The information processing system
When a designated event for a predetermined item occurs in at least one of the constant design document and the definition file, which is the success / failure evidence, the correspondence relationship between the constant design document and the construction script, or the constant. Based on any of the corresponding relationships between the design document and the definition file, the process of specifying the information of the item and the description location from the corresponding relationship and displaying the specified information on the predetermined device. When,
In response to the occurrence of the correction event of the value of the item in the device displaying the information, the value of the corresponding item in the constant design document or the definition file is updated, and the updated information is displayed on the predetermined device. Processing and
To execute further,
The environment construction support method according to claim 9, wherein the method is characterized by the above.

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