WO2014076951A1 - プログラム設定装置、及び、プログラム設定方法 - Google Patents
プログラム設定装置、及び、プログラム設定方法 Download PDFInfo
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- WO2014076951A1 WO2014076951A1 PCT/JP2013/006690 JP2013006690W WO2014076951A1 WO 2014076951 A1 WO2014076951 A1 WO 2014076951A1 JP 2013006690 W JP2013006690 W JP 2013006690W WO 2014076951 A1 WO2014076951 A1 WO 2014076951A1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44505—Configuring for program initiating, e.g. using registry, configuration files
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44505—Configuring for program initiating, e.g. using registry, configuration files
- G06F9/4451—User profiles; Roaming
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
Definitions
- the present invention relates to a program setting device and a program setting method, and more particularly to a program setting device and a program setting method for setting programs such as middleware and applications.
- Patent Document 1 discloses a technique for consolidating and abstracting the setting items of each component and providing it to the user in the construction of an object-oriented application so as to hide the detailed setting of each component.
- the setting of a set of a plurality of parts constituting the system is aggregated into, for example, a set of setting items called “granulation line” and presented to the user.
- a name that is easily understood by the user as the name of the setting item of the “granulation line”, or by concealing a part of the setting items of each component, it is possible to reduce what the user should learn.
- the correspondence between the setting item of “granulation line” and the setting item of each part is managed. Yes. In other words, an abstract setting item (setting item of “granulation line”) and a map of setting items of each component are managed.
- An object of the present invention is to provide a program setting device and a program setting method that solve the above-described problem that a program setting item cannot be flexibly defined according to a skill level of a user.
- a program setting device is a logic for calculating a concrete setting item that is a setting item of each of a plurality of implementations of the program from an abstract setting item that is a setting item common to a plurality of implementations of the program. And when the value of the abstract setting item is inputted, the setting is executed in the concrete logic execution means that executes the concrete logic defined for each of the plurality of implementations. Setting value determination that causes the concrete setting item to be calculated from the input value of the abstract setting item using the concrete logic for the target mounting and determines the setting value of the concrete setting item Means.
- each of the setting items of the plurality of implementations of the program is changed from the abstract setting item.
- a logic for calculating a concrete setting item the input value of the abstract setting item using the concreteization logic for the implementation to be set among the concrete logics defined for each of the plurality of implementations. Then, the value of the concrete setting item related to the implementation of the setting target is calculated and determined as the setting value of the concrete setting item.
- the computer when an abstract setting item that is a common setting item for a plurality of implementations of a program is input to the computer, the computer can read a plurality of programs from the abstract setting item.
- a program for executing processing for calculating the value of the concrete setting item related to the implementation of the setting target from the input value of the abstract setting item and determining the setting value of the concrete setting item is stored.
- the effect of the present invention is that the setting items of the program can be flexibly defined according to the skill level of the user.
- FIG. 2 is a block diagram showing the configuration of the program setting device 100 in the first embodiment of the present invention.
- the program setting device 100 includes an input / output unit 110, a setting value determination unit 120, a concrete logic execution unit 121, and an entity information storage unit 130.
- the entity information storage unit 130 stores one or more entity information 131.
- the entity information 131 indicates a data model related to a setting item of software (program) that provides a certain function such as an application server (AP server) or a database server (DB server).
- AP server application server
- DB server database server
- the setting item for example, when the memory amount of the AP server is considered, even if the AP server is the same, the memory amount for the implementation (product) of the AP server to operate and the monitoring for the implementation The amount of memory varies from implementation to implementation. For this reason, it is necessary to set a value corresponding to the implementation in the memory amount of the implementation of the AP server.
- an abstract setting item 202 which is a common setting item between implementations without depending on the implementation, which is determined by the specifications of the software, etc.
- a setting item for each implementation that depends on the condition is defined as a concrete setting item 302.
- the value of the concrete setting item 302 is calculated from the value of the abstract setting item 202 by a concrete logic 311 described later.
- FIG. 8 is a diagram illustrating an example of the entity information 131 according to the first embodiment of this invention.
- the entity information 131 includes an abstract entity 200 and one or more concrete entities 300.
- the arrow between the abstract entity 200 and the concrete entity 300 indicates that the value of the concrete setting item 302 of the concrete entity 300 is in a relationship calculated from the abstract setting item 202 of the abstract entity 200.
- the concrete entity 300 is referred to as an entity in which the abstract entity 200 is embodied
- the concrete setting item 302 is referred to as a setting item in which the abstract setting item 202 is embodied.
- the abstract entity 200 indicates software that provides a certain function, such as the above-described AP server or DB server.
- Each concrete entity 300 represents a different implementation of software that provides the same function, such as various products of the AP server and various products of the DB server.
- the abstract entity 200 includes an abstract setting item group 201.
- the abstract setting item group 201 includes one or more abstract setting items 202 such as a memory amount, the number of threads, and a timeout value.
- Each abstract setting item 202 includes a default value 203, a user input value 204, and a setting value 206.
- the default value 203 is a value of the abstract setting item 202 that is used when the user input value 204 is not set.
- the default value 203 is set in advance by an administrator or the like.
- the user input value 204 is a value of the abstract setting item 202 input by the user. In the initial state, the user input value 204 is set to “no value”.
- the setting value 206 is a value determined as the setting value of the abstract setting item 202.
- the concrete entity 300 includes a concrete setting item group 301.
- the concrete setting item group 301 includes one or more concrete setting items 302 such as a memory amount, the number of threads, and a timeout value.
- Each concrete setting item 302 includes a default value 303, a user input value 304, a calculated value 305, and a setting value 306.
- the default value 303 is a value of the concrete setting item 302 used when no value is set for the user input value 304 and the calculated value 305.
- the default value 303 is set in advance by an administrator or the like.
- the user input value 304 is a value of the concrete setting item 302 input by the user.
- the calculated value 305 is a value calculated from the setting value 206 of the abstract setting item 202 using a concrete logic 311 described later. In the initial state, the user input value 304 and the calculated value 305 are set to “no value (null)”.
- the setting value 306 is a value determined as the setting value of the concrete setting item 302. The setting value 306 is used for setting an implementation corresponding to the concrete entity 300.
- the concrete entity 300 further includes a concrete logic 311.
- the concrete logic 311 is a calculation logic for calculating the value of the concrete setting item 302 from the value of the abstract setting item 202.
- the concrete logic 311 is defined for a set of abstract entities 200 and concrete entities 300.
- logic for calculating the value of each concrete setting item 302 is defined.
- the concrete logic 311 calculates the value of the concrete setting item 302 by correcting the value of the abstract setting item 202 according to the implementation corresponding to the concrete entity 300. For example, the concrete logic 311 calculates the memory amount of the concrete setting item 302 by multiplying the memory amount value of the abstract setting item 202 by a predetermined coefficient or adding a predetermined value depending on the implementation. To do.
- the concrete logic 311 may calculate the value of one concrete setting item 302 from a plurality of abstract setting items 202. For example, the concrete logic 311 may calculate the memory amount of the concrete setting item 302 by performing a predetermined calculation according to the implementation on the memory amount and the number of threads of the abstract setting item 202.
- the concrete logic 311 may calculate the value of the concrete setting item 302 from the level set in the abstract setting item 202. For example, when the value of the abstract setting item 202 is defined at levels such as “many”, “medium”, and “small”, the concrete logic 311 may calculate a value corresponding to the implementation for each level. Good.
- the concrete logic 311 is defined by an implementation (product) developer, for example, and is set in advance by an administrator or the like.
- the entity information 131 includes an abstract entity 200 “server X” and concrete entities 300 “product X1” and “product X2” which are embodied as the abstract entity 200.
- the abstract entity 200 “server X” includes abstract setting items 202 “A” and “B”.
- the concrete entity 300 “product X1” includes concrete setting items 302 “a” and “b”.
- the concrete entity 300 “product X1” includes a concrete logic 311 “X_X1”.
- the input / output unit 110 inputs the value of each setting item from the user and outputs the value of each setting item to the user via an input / output device (not shown) such as a mouse, a display, or a touch screen. Do.
- the input / output unit 110 performs input / output of values of each setting item on a user interface screen 111 described later.
- the set value determination unit 120 determines the set value 206 of the abstract setting item 202. Then, the set value determination unit 120 inputs the set value 206 to the concrete logic execution unit 121 and calculates the value of the concrete setting item 302. Further, the set value determining unit 120 determines the set value 306 of the concrete setting item 302.
- the concrete logic execution unit 121 executes the concrete logic 311.
- the input / output unit 110, the set value determination unit 120, and the reification logic execution unit 121 are computers that include a CPU (Central Processing Unit) and a storage medium storing a program, and operate by control based on the program. Also good.
- a CPU Central Processing Unit
- storage medium storing a program
- FIG. 3 is a flowchart showing the overall processing of the program setting device 100 according to the first embodiment of the present invention.
- the input / output unit 110 receives input of the identifiers of the abstract entity 200 to be set and the concrete entity 300 from the user (step S101).
- the input / output unit 110 may output a list of the abstract entity 200 and the concrete entity 300 that is a concrete representation of the abstract entity 200, and allow the user to select the abstract entity 200 to be set and the concrete entity 300.
- the input / output unit 110 may display an input field for these identifiers and allow the user to directly input these identifiers.
- the set value determination unit 120 performs “set value determination processing” to be described later, and determines the set value 206 of the abstract setting item 202 and the set value 306 of the concrete setting item 302 (step S102).
- the input / output unit 110 outputs the setting value 206 of the abstract setting item 202 and the setting value 306 of the concrete setting item 302 on the user interface screen 111 (step S103).
- the input / output unit 110 receives an input of the value of the abstract setting item 202 or the concrete setting item 302 from the user on the user interface screen 111 (step S104).
- steps S102 to S104 are repeatedly executed.
- FIG. 9, FIG. 10, FIG. 11, and FIG. 12 are diagrams showing examples of the user interface screen 111 in the first embodiment of the present invention. These user interface screens 111 correspond to the entity information 131 of FIG.
- an abstract entity display unit 1200 showing the abstract entity 200 and a concrete entity display unit 1300 showing a concrete entity 300 embodied in the abstract entity 200 are arranged in association with each other. .
- an input field 1202 for allowing the user to input the value of each abstract setting item 202 included in the abstract setting item group 201 is arranged.
- the current setting value 206 of the abstract setting item 202 is displayed.
- the value input in the input field 1202 is set to the user input value 204 of the abstract setting item 202 by the setting value determination unit 120.
- the concrete entity display unit 1300 is provided with an input field 1302 for allowing the user to input a value of each concrete setting item 302 included in the concrete setting item group 301.
- the value of the current setting value 306 of the concrete setting item 302 is displayed.
- the value input in the input field 1302 is set to the user input value 304 of the concrete setting item 302 by the setting value determination unit 120.
- the input / output unit 110 may output a user interface screen 111 in which the concrete entity display unit 1300 is hidden as shown in FIG.
- the concrete entity display unit 1300 is displayed as shown in FIG.
- the complexity of the concrete entity 300 can be concealed from the user, and detailed information on the concrete entity 300 can be presented according to the skill of the user.
- FIG. 4 is a flowchart showing a setting value determination process of the program setting device 100 according to the first embodiment of the present invention.
- step S203 The “abstract setting value determination process” is executed to determine the setting value 206 of each abstract setting item 202 (step S203). Then, the setting value determination unit 120 inputs the setting value 206 of each abstract setting item 202 to the concrete logic execution unit 121 to instruct execution of “reification processing”, and the calculated value 305 of the concrete entity 300 is obtained. Calculate (step S204). Further, the set value determining unit 120 executes a “concrete set value determining process” to be described later, and determines the set value 306 of each concrete setting item 302 (step S205).
- step S104 When the value of the concrete setting item 302 is input in step S104 described above (step S202 / Y), the setting value determining unit 120 executes step S205 to determine the setting value 306 of the concrete setting item 302. To do.
- FIG. 5 is a flowchart showing an abstract setting value determination process of the program setting device 100 in the first embodiment of the present invention.
- the set value determination unit 120 selects one abstract setting item 202 from the abstract setting item group 201 (step S301).
- the set value determination unit 120 determines whether or not a value is set in the user input value 204 of the selected abstract setting item 202 (step S302).
- step S302 when a value is set for the user input value 204 (step S302 / Y), the setting value determination unit 120 determines the user input value 204 as the setting value of the abstract setting item 202, and sets the setting value 206. (Step S303).
- step S302 when a value is not set in the user input value 204 (step S302 / N), the set value determination unit 120 determines whether a value is set in the default value 203 (step S304).
- step S304 when a value is set as the default value 203 (step S304 / Y), the setting value determination unit 120 determines the default value 203 as the setting value of the abstract setting item 202 and sets it as the setting value 206. (Step S305).
- step S304 when no value is set as the default value 203 (step S304 / N), the set value determination unit 120 sets “no value (null)” as the set value 206 (step S306).
- the set value determination unit 120 repeats steps S301 to S306 for all the abstract setting items 202 included in the abstract setting item group 201 (step S307).
- FIG. 6 is a flowchart showing the reification process of the program setting device 100 according to the first embodiment of the present invention.
- the concrete logic execution unit 121 executes the concrete logic 311 (step S401).
- the concrete logic 311 calculates the value of each concrete setting item 302 included in the concrete setting item group 301 from the setting value 206 of the abstract setting item 202.
- the concrete logic execution unit 121 selects one of the concrete setting items 302 included in the concrete setting item 301 group (step S402).
- the concrete logic execution unit 121 determines whether the value of the selected concrete setting item 302 has been calculated (step S403).
- the concrete logic 311 determines whether the value of the selected concrete setting item 302 has been calculated.
- step S403 when the value of the concrete setting item 302 can be calculated (step S403 / Y), the concrete logic execution unit 121 sets the calculated value to the calculated value 305 (step S404).
- step S403 when the value of the concrete setting item 302 is not calculated (step S403 / N), the calculated value 305 remains “no value (null)”.
- the concrete logic execution unit 121 repeats steps S401 to S404 for all the concrete setting items 302 included in the concrete setting item group 301 (step S405).
- FIG. 7 is a flowchart showing concrete setting value determination processing of the program setting device 100 in the first embodiment of the present invention.
- the set value determination unit 120 selects one concrete setting item 302 from the concrete setting item group 301 (step S501).
- the set value determination unit 120 determines whether or not a value is set in the user input value 304 of the selected concrete setting item 302 (step S502).
- step S502 when a value is set for the user input value 304 (step S502 / Y), the set value determination unit 120 determines the user input value 304 as the set value of the concrete setting item 302 and sets the set value 306. (Step S503).
- step S502 when a value is not set in the user input value 304 (step S502 / N), the set value determination unit 120 determines whether a value is set in the calculated value 305 (step S504).
- step S504 when the calculated value 305 is set (step S504 / Y), the set value determining unit 120 determines the calculated value 305 as the set value of the concrete setting item 302 and sets it to the set value 306. (Step S505).
- step S504 when a value is not set in the user input value 304 (step S504 / N), the set value determination unit 120 determines whether a value is set in the default value 303 (step S506).
- step S506 when a value is set as the default value 303 (step S506 / Y), the setting value determination unit 120 determines the default value 303 as the setting value of the concrete setting item 302 and sets it as the setting value 306. (Step S507).
- step S506 when no value is set as the default value 303 (step S506 / N), the set value determination unit 120 sets “no value (null)” as the set value 306 (step S508).
- the set value determination unit 120 repeats steps S501 to S508 for all the concrete setting items 302 included in the concrete setting item group 301 (step S509).
- the setting value determination unit 120 displays “abstract setting value”.
- the default value 203 (“100”) is set as the setting value 206 of the abstract setting item 202 “A”.
- the concrete logic execution unit 121 calculates the value “150” of the concrete setting item 302 “a” from the set value 206 using the concrete logic 311 “X_X1” in the “reification process”, and calculates the calculated value 305. Set to.
- the set value determining unit 120 sets the calculated value 305 (“150”) to the set value 306 of the concrete setting item 302 “a” in the “concrete set value determining process”.
- the input / output unit 110 sets the setting value 206 (“100”) in the input field 1202 of the abstract setting item 202 “A” and the setting value 306 (“150”) in the input field 1302 of the concrete setting item 302 “a”.
- a user interface screen 111 as shown in FIG. 9 is output.
- the setting value determination unit 120 uses the user input value 204 (“200”) in the “abstract setting value determination process”. Is set to the setting value 206 of the abstract setting item 202 “A”. Furthermore, the concrete logic execution unit 121 calculates the value “300” of the concrete setting item 302 “a” from the set value 206 using the concrete logic 311 “X_X1” in the “reification process”, and calculates the calculated value 305. Set to. Then, the set value determining unit 120 sets the calculated value 305 (“300”) as the set value 306 of the concrete setting item 302 “a” in the “concrete set value determining process”.
- the input / output unit 110 sets the setting value 206 (“200”) in the input field 1202 of the abstract setting item 202 “A” and the setting value 306 (“300”) in the input field 1302 of the concrete setting item 302 “a”.
- a user interface screen 111 as shown in FIG. 11 is output.
- the input / output unit 110 displays the colors of the input fields 1202 and 1302 of the abstract setting item 202 and the concrete setting item 302 in which the setting values 206 and 306 are updated (determined) on the user interface screen 111.
- the user may be notified of the updated (determined) abstract setting item 202, concrete setting item 302, and their setting values 206 and 306, for example.
- the setting value determination unit 120 When the user inputs the value “500” in the input field 1302 of the concrete setting item 302 “a”, the setting value determination unit 120 performs the user input value 304 (“500”) in the “concrete setting value determination process”. Is set to the setting value 306 of the concrete setting item 302 “a”. In this case, the input / output unit 110 outputs the user interface screen 111 as shown in FIG. 12 in which the setting value 306 (“500”) is displayed in the input field 1302 of the concrete setting item 302 “a”.
- FIG. 1 is a block diagram showing a characteristic configuration of the first embodiment of the present invention.
- the program setting device 100 includes a concrete logic execution unit 121 and a set value determination unit 120.
- the concrete logic execution unit 121 is a logic for calculating a concrete setting item 302 that is a setting item of each of a plurality of implementations of a program from an abstract setting item 202 that is a common setting item for a plurality of implementations of the program. Then, the reification logic 311 defined for each of the plurality of implementations is executed.
- the setting value determination unit 120 uses the concrete logic 311 for the setting target implementation to set from the input value of the abstract setting item 202 to the concrete logic execution unit 121.
- the value of the concrete setting item 302 related to the target implementation is calculated, and the setting value 306 of the concrete setting item 302 is determined.
- the first embodiment of the present invention it is possible to flexibly define (design) program (software) setting items in accordance with the skill level of the user.
- the reason is that an abstract setting item 202 which is a setting item common to a plurality of implementations of the program, a concrete setting item 302 which is a setting item of each of the plurality of implementations of the program, and a concrete setting item 302 from the abstract setting item 202
- the concreteization logic 311 for calculation is defined, and the setting value determination unit 120 uses the concreteization logic 311 for the implementation of the setting target in the concreteization logic execution unit 121 to set the setting target from the input value of the abstract setting item 202. This is for calculating the value of the concrete setting item 302 related to the implementation of.
- the setting items of the individual software can be abstracted according to the level of acquisition of the user's software and the requirements of the system using the software, and various setting interfaces can be provided. And even a user with a low learning level can easily set the software, and the learning cost of the user is reduced.
- Patent Document 1 Even a user who understands detailed setting items of components constituting the system needs to set the components through the abstract setting items. In system development, problems that cannot be dealt with by setting with abstract setting items often need to be solved by directly setting the setting items of each software implementation.
- a user with a high learning level who understands the setting items for program (software) implementation can make fine settings for software.
- the setting value determining unit 120 sets the input value of the concrete setting item 302 to the setting of the concrete setting item 302 in preference to the calculated value of the concrete setting item 302. This is because the value 306 is determined.
- the second embodiment of the present invention is that the data model indicated by the entity information 131 further includes an intermediate abstract entity 250 between the abstract entity 200 and the concrete entity 300. Different from the embodiment.
- the configuration of the second embodiment of the present invention is the same as the configuration of the first embodiment of the present invention (FIG. 2).
- a setting item common to a set of a plurality of implementations is defined as an intermediate abstract setting item 252.
- the value of the intermediate abstract setting item 252 is calculated from the value of the abstract setting item 202 by the concrete logic 261.
- the value of the concrete setting item 302 is calculated from the value of the intermediate abstract setting item 252 by the concrete logic 311.
- FIG. 14 is a diagram illustrating an example of the entity information 131 in the second exemplary embodiment of the present invention.
- the entity information 131 includes an abstract entity 200, one or more intermediate abstract entities 250 that embody the abstract entity 200, and one or more concrete entities 300 that embody the intermediate abstract entity 250.
- the intermediate abstract entity 250 includes an intermediate abstract setting item group 251.
- the intermediate abstract setting item group 251 includes one or more intermediate abstract setting items 252.
- Each intermediate abstract setting item 252 includes a default value 253, a user input value 254, a calculated value 255, and a setting value 256.
- the intermediate abstract entity 250 further includes a reification logic 261.
- the concrete logic 261 is calculation logic for calculating the value of the intermediate abstract setting item 252 from the value of the abstract setting item 202.
- the concrete logic 311 in the concrete entity 300 is calculation logic for calculating the value of the concrete setting item 302 from the value of the intermediate abstract setting item 252.
- the entity information 131 includes an abstract entity 200 “server X”, an intermediate abstract entity 250 “server X1”, “server X2”, and an intermediate abstract entity 250 “server” which are embodied as the abstract entity 200 “server X”. It includes concrete entities 300 “product X11” and “product X12” that are embodied as “X1”.
- the abstract entity 200 “server X” includes abstract setting items 202 “A” and “B”.
- the intermediate abstract entity 250 “server X1” includes intermediate abstract setting items 252 “A1” and “B1”.
- the concrete entity 300 “product X11” includes concrete setting items 302 “a1” and “b1”.
- the intermediate abstract entity 250 “Server X1” includes the concrete logic 261 “X_X1”.
- the concrete entity 300 “product X1” includes a concrete logic 311 “X1_X11”.
- the overall processing of the program setting device 100 according to the second embodiment of the present invention is that the input of the identifier of the intermediate abstract entity 250 is further received in step S101, and the intermediate abstract entity 250 in step S104. This is the same as in the first embodiment (FIG. 3) of the present invention except that the input of the value can be accepted.
- FIG. 15, FIG. 16, and FIG. 17 are diagrams showing examples of the user interface screen 111 in the second embodiment of the present invention. These user interface screens 111 correspond to the entity information 131 in FIG.
- an abstract entity display unit 1200 showing the abstract entity 200
- an intermediate abstract entity display unit 1250 showing an intermediate abstract entity 250 that embodies the abstract entity 200
- the intermediate abstract entity A concrete entity display unit 1300 indicating a concrete entity 300 that is embodied as 250 is arranged in association with each other.
- an input field 1252 for allowing the user to input the value of each intermediate abstract setting item 252 included in the intermediate abstract setting item group 251 is arranged as in the abstract entity display unit 1200. .
- the value input in the input field 1252 is set to the user input value 254 of the intermediate abstract setting item 252 by the setting value determination unit 120.
- FIG. 13 is a flowchart showing set value determination processing of the program setting device 100 in the second embodiment of the present invention.
- the setting value determination unit 120 displays “abstract setting”.
- the value determination process is executed, and the setting value 206 of the abstract setting item 202 is determined (step S604).
- the setting value determination unit 120 executes “reification processing” using the intermediate abstract entity 250 instead of the concrete entity 300, and calculates the calculated value 255 of the intermediate abstract setting item 252 (step S605).
- the setting value determination unit 120 executes “concrete setting value determination processing” using the intermediate abstract entity 250 instead of the concrete entity 300, and determines the setting value 256 of the intermediate abstract setting item 252 (step S606).
- the setting value determination unit 120 executes “reification processing” using the intermediate abstract entity 250 instead of the abstract entity 200, and calculates the calculated value 305 of the concrete setting item 302 (step S607). Then, the setting value determination unit 120 executes “concrete setting value determination processing” to determine the setting value 306 of the concrete setting item 302 (step S608).
- step S104 When the value of the intermediate abstract setting item 252 is input in step S104 described above (step S602 / Y), the setting value determining unit 120 executes steps S606 to S608 to set the intermediate abstract setting item 252. The value 256 and the setting value 306 of the concrete setting item 302 are determined.
- step S608 determines the setting value 306 of the concrete setting item 302. To do.
- “100” is set as the default value 203 of the abstract setting item 202 “A” of the abstract entity 200 “server X”, and the intermediate abstract setting item 252 “of the intermediate abstract entity 250“ server X1 ”. It is assumed that “100” is set as the default value 253 of “A1”. Also, it is assumed that the identifier “server X” of the abstract entity 200, the identifier “server X1” of the intermediate abstract entity 250, and the identifier “product X11” of the concrete entity 300 are input from the user as setting targets.
- the setting value determination unit 120 performs the user input value 204 (“200”) in the “abstract setting value determination process”.
- the reification logic execution unit 121 calculates the value “350” of the intermediate abstract setting item 252 “A1” from the setting value 206 using the reification logic 261 “X_X1”, and the calculated value Set to 255.
- the setting value determination unit 120 sets the calculated value 255 (“350”) to the setting value 256 of the intermediate abstract setting item 252 “A1” in the “concrete setting value determination process”.
- the concrete logic execution unit 121 calculates the value “400” of the concrete setting item 302 “a1” from the set value 256 using the concrete logic 311 “X1_X11”. Set to 305. Further, the setting value determination unit 120 sets the calculated value 305 (“400”) as the setting value 306 of the concrete setting item 302 “a1” in the “concrete setting value determination process”. In this case, the input / output unit 110 sets the setting value 206 (“200”) in the input field 1202 of the abstract setting item 202 “A” and the setting value 256 (“350”) in the input field 1252 of the intermediate abstract setting item 252 “A1”. ), The user interface screen 111 as shown in FIG. 15 is displayed in which the setting value 306 (“400”) is displayed in the input field 1302 of the concrete setting item 302 “a1”.
- the input / output unit 110 has an abstract setting item 202, an intermediate abstract setting item 252, and a concrete setting item 302 in which setting values 206, 256, and 306 are updated (determined) on the user interface screen 111.
- the abstract setting item 202, intermediate abstract setting item 252, concrete setting item 302 and their setting values 206, 256, and 306 updated (decided) are notified to the user by changing the colors of the input fields 1202, 1252, and 1302, respectively. May be.
- the setting value determination unit 120 performs the user input value 254 (“500”) in the “concrete setting value determination process”. ) To the set value 256 of the intermediate abstract setting item 252 “A1”. Next, the concrete logic execution unit 121 calculates the value “600” of the concrete setting item 302 “a1” from the set value 256 using the concrete logic 311 “X1_X11” in the “reification process”, and sets the concrete setting. The calculated value 305 of the item 302 “a1” is set.
- the set value determining unit 120 sets the calculated value 305 (“600”) as the set value 306 of the concrete setting item 302 “a1” in the “concrete set value determining process”.
- the input / output unit 110 sets the setting value 256 (“500”) in the input field 1252 of the intermediate abstract setting item 252 “A1” and the setting value 306 (“600”) in the input field 1302 of the concrete setting item 302 “a1”.
- a user interface screen 111 as shown in FIG. 16 is output.
- the setting value determination unit 120 uses the user input value 304 (“500”) in the “concrete setting value determination process”. Is set to the setting value 306 of the concrete setting item 302 “a1”. In this case, the input / output unit 110 outputs a user interface screen 111 as shown in FIG. 17 in which the setting value 306 (“500”) is displayed in the input field 1302 of the concrete setting item 302 “a1”.
- the operation has been described by taking as an example the case where one intermediate abstract entity 250 is defined between the abstract entity 200 and the concrete entity 300.
- a plurality of intermediate abstract entities 250 are defined by repetition of a lower intermediate abstract entity that is embodied as an upper intermediate abstract entity and an upper intermediate abstract entity (defined by nesting a plurality of intermediate abstract entities 250). May be.
- the setting value determination unit 120 executes “reification processing” using the upper intermediate abstract entity instead of the abstract entity 200 and the lower intermediate abstract entity instead of the concrete entity 300, and sets the upper intermediate abstract entity setting item.
- the calculated value of the setting item (lower intermediate abstract setting item) of the lower intermediate abstract entity is calculated from (upper intermediate abstract setting item).
- the setting value determination unit 120 executes “concrete setting value determination processing” using the lower intermediate abstract entity instead of the concrete entity 300 to determine the setting value of the lower intermediate abstract setting item.
- the setting value determination unit 120 determines the setting value of each intermediate abstract setting item by repeating these processes.
- various setting interfaces that can be easily set by the user even in a system having more complicated setting items than those of the first embodiment of the present invention. Can be provided.
- the reason is that an intermediate abstract entity 250 is further defined between the abstract entity 200 and the concrete entity 300, and the setting value determination unit 120 uses the concreteization logic 261 in the concreteization logic execution unit 121 to perform the abstract setting. This is because the value of the intermediate abstract setting item 252 is calculated from the setting value 206 of the item 202 and the value of the concrete setting item 302 is calculated from the setting value 256 of the intermediate abstract setting item 252 using the concrete logic 311.
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Abstract
Description
本発明の第1の実施の形態について説明する。
はじめに、本発明の第1の実施の形態における、プログラム設定装置100の全体的な処理について説明する。図3は、本発明の第1の実施の形態における、プログラム設定装置100の全体的な処理を示すフローチャートである。
次に、本発明の第1の実施の形態における、プログラム設定装置100の設定値決定処理について説明する。
次に、本発明の第2の実施の形態について説明する。
本発明の第2の実施の形態における、プログラム設定装置100の全体的な処理は、ステップS101において、さらに、中間抽象エンティティ250の識別子の入力を受け付ける点、及び、ステップS104において、中間抽象エンティティ250の値の入力を受け付け可能な点を除いて、本発明の第1の実施の形態(図3)と同様である。
次に、本発明の第2の実施の形態における、プログラム設定装置100の設定値決定処理について説明する。
110 入出力部
111 ユーザインタフェース画面
120 設定値決定部
121 具象化ロジック実行部
130 エンティティ情報記憶部
131 エンティティ情報
200 抽象エンティティ
201 抽象設定項目群
202 抽象設定項目
203 デフォルト値
204 ユーザ入力値
206 設定値
1200 抽象エンティティ表示部
1202 入力欄
250 中間抽象エンティティ
251 中間抽象設定項目群
252 中間抽象設定項目
253 デフォルト値
254 ユーザ入力値
255 算出値
256 設定値
261 具象化ロジック
1250 中間抽象エンティティ表示部
1252 入力欄
300 具象エンティティ
301 具象設定項目群
302 具象設定項目
303 デフォルト値
304 ユーザ入力値
305 算出値
306 設定値
311 具象化ロジック
1300 具象エンティティ表示部
1302 入力欄
Claims (10)
- プログラムの複数の実装について共通な設定項目である抽象設定項目から、前記プログラムの複数の実装の各々の設定項目である具象設定項目を算出するためのロジックであって、前記複数の実装の各々について定義される、具象化ロジックを実行する具象化ロジック実行手段と、
前記抽象設定項目の値が入力された場合に、前記具象化ロジック実行手段に、設定対象の実装に対する前記具象化ロジックを用いて、前記抽象設定項目の入力値から前記設定対象の実装に係る前記具象設定項目の値を算出させ、当該具象設定項目の設定値に決定する設定値決定手段と、
を備える、
プログラム設定装置。 - さらに、前記抽象設定項目と前記設定対象の実装に係る前記具象設定項目とを関連付けて表示して、前記抽象設定項目の値の入力を受け付け、前記設定値決定手段により設定値が決定された前記設定対象の実装に係る前記具象設定項目、及び、当該具象設定項目の設定値を通知する、ユーザインタフェース画面を出力する、入出力手段を備える、
請求項1に記載のプログラム設定装置。 - 前記設定値決定手段は、前記具象設定項目の値が入力された場合、前記具象設定項目の算出値に優先して、前記具象設定項目の入力値を、前記具象設定項目の設定値に決定する、
請求項1または2に記載のプログラム設定装置。 - 前記設定値決定手段は、前記抽象設定項目の値の入力がない場合、前記抽象設定項目の所定の初期値から前記設定対象の実装に係る前記具象設定項目の値を算出させ、前記具象設定項目の値の入力がなく、かつ、前記具象設定項目の算出値がない場合、前記具象設定項目の所定の初期値を前記具象設定項目の設定値に決定する、
請求項1乃至3のいずれかに記載のプログラム設定装置。 - 前記プログラムの複数の実装の内の1以上の集合について共通な設定項目である中間抽象設定項目が定義される場合に、
前記設定値決定手段は、前記具象化ロジック実行手段に、設定対象の実装を含む集合に対する前記具象化ロジックを用いて、前記抽象設定項目の値から前記設定対象の実装を含む集合に係る前記中間抽象設定項目の値を算出させ、当該中間抽象設定項目の設定値に決定し、前記設定対象の実装に対する前記具象化ロジックを用いて、前記中間抽象設定項目の設定値から前記設定対象の実装に係る前記具象設定項目の値を算出させる、
請求項1に記載のプログラム設定装置。 - さらに、前記抽象設定項目、前記設定対象の実装を含む集合に係る前記中間抽象設定項目、及び、前記設定対象の実装に係る前記具象設定項目を関連付けて表示して、前記抽象設定項目の値の入力を受け付け、前記設定値決定手段により設定値が決定された前記設定対象の実装を含む集合に係る前記中間抽象設定項目、及び、当該中間抽象設定項目の設定値を通知し、前記設定値決定手段により設定値が決定された前記設定対象の実装に係る前記具象設定項目、及び、当該具象設定項目の設定値を通知する、ユーザインタフェース画面を出力する、入出力手段を備える、
請求項5に記載のプログラム設定装置。 - 前記設定値決定手段は、前記中間抽象設定項目の値が入力された場合、前記中間抽象設定項目の算出値に優先して、前記中間抽象設定項目の入力値を、前記中間抽象設定項目の設定値に決定し、前記具象設定項目の値が入力された場合、前記具象設定項目の算出値に優先して、前記具象設定項目の入力値を、前記具象設定項目の設定値に決定する、
請求項5または6に記載のプログラム設定装置。 - プログラムの複数の実装について共通な設定項目である抽象設定項目が入力された場合に、前記抽象設定項目から前記プログラムの複数の実装の各々の設定項目である具象設定項目を算出するためのロジックであって、前記複数の実装の各々について定義される具象化ロジックの内、設定対象の実装に対する前記具象化ロジックを用いて、前記抽象設定項目の入力値から前記設定対象の実装に係る前記具象設定項目の値を算出し、当該具象設定項目の設定値に決定する、プログラム設定方法。
- さらに、前記抽象設定項目と前記設定対象の実装に係る前記具象設定項目とを関連付けて表示して、前記抽象設定項目の値の入力を受け付け、前記設定値が決定された前記設定対象の実装に係る前記具象設定項目、及び、当該具象設定項目の設定値を通知する、ユーザインタフェース画面を出力する、
請求項8に記載のプログラム設定方法。 - コンピュータに、
プログラムの複数の実装について共通な設定項目である抽象設定項目が入力された場合に、前記抽象設定項目から前記プログラムの複数の実装の各々の設定項目である具象設定項目を算出するためのロジックであって、前記複数の実装の各々について定義される具象化ロジックの内、設定対象の実装に対する前記具象化ロジックを用いて、前記抽象設定項目の入力値から前記設定対象の実装に係る前記具象設定項目の値を算出し、当該具象設定項目の設定値に決定する、処理を実行させるプログラムを格納する、コンピュータが読み取り可能な記録媒体。
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