JP6932976B2 - Control program, control method and control device - Google Patents

Description

The present invention relates to control programs, control methods and control devices.

A service providing device that provides a user by combining services provided by a Web server is known (see, for example, Patent Document 1). Further, there is known a service providing device that provides a user with a service for operating another Web application using a Web browser.

International Publication No. 2008/126796 Pamphlet Japanese Unexamined Patent Publication No. 2010-86108 JP-A-2009-87032

In the above technology, when the user inputs erroneous information, the service providing device operates another Web application based on the erroneous input information. When another Web application generates a screen according to the input information, if the transmitted input information can be recognized as incorrect information, the screen is not generated and the screen transition is not performed, and an error message is output. ..

However, other Web applications may not be able to recognize that the input information is erroneous information depending on the content of the transmitted input information. In this case, the execution of another Web application generates a screen corresponding to the erroneous input information, and the screen transition is performed.

Then, in any of these cases, the input screen transitions from the screen in which incorrect information is input to the next screen. Since the service providing device does not have a function to return the input screen from the current screen to the previous screen, the user cannot return the input screen to the previous screen and re-enter the correct information, and other Web applications. The inconsistency with the screen generated by is inconsistent. Therefore, the user needs to restart the service providing device and restart the process from the beginning.

On the other hand, it is conceivable to add a function of returning the input screen from the current screen to the previous screen to the function provided by the service providing device. However, in that case, it is necessary to add the above function to the latest software every time the software that realizes the function provided by the service providing device is upgraded, which is complicated.

Therefore, on one aspect, it is an object of the present invention to suppress the occurrence of a situation in which a screen transition corresponding to a specific operation is not performed when a specific operation is accepted.

In one embodiment, information for screen generation is transmitted to the process execution device via a network, and the process execution device generates a screen corresponding to the information for screen generation, and the generated screen is displayed. A control program to be displayed on the display unit of the control device. When the first event is detected, the process execution device is output with instructions for generating the first process and the second process related to the software, and the screen is generated. Each time the information for screen generation is received, the received information for screen generation is transmitted to the first process generated in response to the output generation instruction, and the received information for screen generation is received. The second information generated in response to the output instruction for generating the other screens received before the N (N ≧ 1) number received and transmitted to the first process. performs a process of transmitting to the process, in accordance with the generated screen by the first of the screen processing the first process in accordance with the information for the generation that is sent to the process to be executed, the second When the event is detected, a display instruction to the display unit of the screen generated by the second process executing a process corresponding to the information for generating the other screen transmitted to the second process is given. A control program is provided that outputs and causes a computer to execute a process.

On one aspect, when a specific operation is accepted, it is possible to suppress the occurrence of a situation in which the screen transition corresponding to the operation is not performed.

The figure which shows an example of the whole structure of the operation system which concerns on one Embodiment. The figure which shows an example of the screen operation information DB which concerns on one Embodiment. The figure which shows an example of the question table which concerns on one Embodiment. The figure which shows an example of the generation information DB which concerns on one Embodiment. The figure which shows an example of the schedule creation screen which concerns on one Embodiment. The figure which shows an example of the schedule creation screen which concerns on one Embodiment. The figure which shows an example of the hardware composition of the control device which concerns on one Embodiment. The flowchart which shows an example of the control process in the recording mode which concerns on one Embodiment. The figure which shows an example of the screen operation information DB in the recording mode which concerns on one Embodiment. The flowchart which shows an example of the control process in the conventional monitoring mode. The flowchart which shows an example of the control process (continuation) in the conventional monitoring mode. The flowchart which shows an example of the control process in the monitoring mode which concerns on one Embodiment. The flowchart which shows an example of the control process (continuation) in the monitoring mode which concerns on one Embodiment. The flowchart which shows an example of the control process (continuation) in the monitoring mode which concerns on one Embodiment. The figure which shows an example of the screen operation information DB in the monitoring mode which concerns on one Embodiment.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. In the present specification and the drawings, components having substantially the same functional configuration are designated by the same reference numerals to omit duplicate explanations.

[Overall configuration of operation system]
First, an example of the configuration of the operation system 1 according to the embodiment of the present invention will be described with reference to FIG. The operation system 1 includes a control device 10, a process execution device 20, and a generation device 30. The control device 10, the process execution device 20, and the generation device 30 are connected by a network 40 such as the Internet.

The user may directly input the information for screen generation into the control device 10 and instruct the generation of the project management screen. The user may use a device such as a smartphone that can communicate with the control device 10 to transmit information for screen generation and instruct the generation of the project management screen.

The control device 10 transmits information (input information) for screen generation to the process execution device 20, and instructs the process execution device 20 to execute a predetermined process according to a user's instruction. In the present embodiment, the input information is information related to project management, but is not limited to this.

The control device 10 may be any electronic device, and examples thereof include a server, a personal computer, a smartphone, a PDA (Personal Digital Assistants), and a mobile phone. The control device 10 may be a wearable device such as an HMD (Head Mount Display) or an FMD (Face Mount Display).

The process execution device 20 operates the generation device 30 by using the software of the automation tool, and causes the generation device 30 to generate a project management screen according to the input information received from the control device 10. The generated screen is displayed on the display of the control device 10 using a Web browser. This allows the user to keep track of the progress of the project.

When the control device 10 detects a specific event instructed by the user using the Web browser, the control device 10 outputs a process generation instruction for generating the project management screen and transmits it to the process execution device 20.

When the process execution device 20 receives a process generation instruction from the control device 10, it generates first and second processes for operating the generation device 30 that generates the project management screen, and executes each process at a predetermined timing. .. In the present embodiment, the function of the software that executes the first process is indicated by the functional block of the first process execution unit 21, and the function of the software that executes the second process is indicated by the function block of the second process execution unit 22. Shown as a functional block.

When the process execution device 20 operates the Web application installed in the generation device 30 by using the automation tool, the project management screen corresponding to the input information is generated.

In the present embodiment, the function of generating the project management screen according to the input information by the operation of the first process execution unit 21 is shown by the functional block of the first generation unit 31. Further, the function of generating the project management screen according to the input information by the operation of the second process execution unit 22 is shown by the functional block of the second generation unit 32.

Each time the process execution device 20 receives information for generating a project management screen from the control device 10, the process execution device 20 transmits the received information to the generation device 30 and causes the generation device 30 to generate the project management screen requested by the user.

The communication between the process execution device 20 and the generation device 30 is a one-way communication in which the generation device 30 answers the question transmitted by the process execution device 20 to the generation device 30 to the process execution device 20.

The process execution device 20 and the generation device 30 can be realized by, for example, a Web server. In the present embodiment, the process execution device 20 and the generation device 30 are realized by separate Web servers. However, the present invention is not limited to this, and the process execution device 20 and the generation device 30 may be realized by the same Web server. The generation device 30 stores the generation information DB 33 in order to generate the project management screen. However, the generation information DB 33 does not necessarily have to be stored inside the generation device 30, and may be stored in the storage device on the cloud via the network 40.

[Functional configuration of control device]
Next, an example of the functional configuration of the control device 10 according to the present embodiment will be described. The control device 10 according to the present embodiment includes a detection unit 11, a storage unit 12, a reception unit 13, a control unit 14, an output unit 15, a display unit 16, a transmission unit 17, and a reception unit 18.

The detection unit 11 detects a specific event instructed by the user using a Web browser. The storage unit 12 stores the screen operation information DB 121, the question table 122, and the control program 123. The screen operation information DB 121 stores operation information for generating a project management screen. FIG. 2 shows an example of the screen operation information DB according to the embodiment. In the screen operation information DB according to the present embodiment, an ID indicating the number of questions, information input by the user for the question (user input information), and Web page title information of the screen generated for the user input information are stored. Is remembered.

The question table 122 is a table in which the contents of questions inquired from the control device 10 to the generation device 30 are stored. FIG. 3 shows an example of the question table 122. The question table 122 may be an XML (Extensible Markup Language) format file.

The reception unit 13 receives input information for generating a project management screen. Each time the receiving unit 13 receives the input information for generating the project management screen, the transmitting unit 17 transmits the received input information to the process execution device 20.

Specifically, the transmission unit 17 transmits the received input information to the first process execution unit 21. Further, the transmission unit 17 receives other information that is received N (N ≧ 1) before the reception of the received input information and is transmitted to the first process execution unit 21, and the second process execution unit 22 receives the other information. Send to. The control unit 14 controls the entire control device 10.

The first process execution unit 21 can automatically generate a ticket by communicating with the first generation unit 31 and conducting a question and answer session so that the generation device 30 issues a ticket according to the received information. The project management screen on which the generated ticket is displayed is displayed on the display unit 16 using a Web browser. In this way, the application of the project management tool provided by the generation device 30 manages the progress of the project by dividing the work into small particles called tickets and updating the progress status of the tickets at any time.

The second process execution unit 22 communicates with the second generation unit 32 and conducts a question and answer session, so that the generation device responds to other information transmitted to the first process execution unit 21 among the received information. Tickets can be automatically generated by having 30 issue a ticket. When a specific event is detected according to the display on the display unit 16 of the screen generated by the process executed by the first process execution unit 21, the screen generated by the process executed by the second process execution unit 22. The display instruction to the display unit 16 is output, and the screen is displayed on the display unit 16 using a Web browser. As an example of the above specific event (second event), pressing the "return button" (to the previous screen) when the user recognizes a screen error, and automatically detecting the screen error. Can be mentioned.

The application executed by the generation device 30 is not limited to the application of the project management tool, and may be any application composed of, for example, a traffic congestion management tool or other software.

Further, the first process execution unit 21 and the second process execution unit 22 are not limited to executing the process of operating the generation device 30 to generate the project management screen, but also the process of generating the project management screen by themselves. It may be software that executes the processing of the above-mentioned or other processing. In this case, since the first process execution unit 21 and the second process execution unit 22 execute the application of a predetermined tool such as the project management tool, the generation device 30 becomes unnecessary. However, when creating a plurality of tickets with the generator 30, the same information such as related party information and cautionary note information is input many times. Therefore, as described in the present embodiment, screen input is performed. It is preferable to use a process execution device 20 that can be automated to streamline the input work.

The receiving unit 18 receives predetermined information such as an answer to an inquiry. When the detection unit 11 detects a specific event, the output unit 15 outputs a generation instruction for the first process and the second process. The first process and the generation instruction of the second process are transmitted to the process execution device 20. As a result, the first process execution unit 21 and the second process execution unit 22 are generated.

The generated project management screen information is stored in the generated information DB 33. An example of the generated information DB 33 is shown in FIG. The generated information DB 33 stores the task board number, the Web page title information, the story number, the ticket, and the status.

FIG. 5 is an example of the generated project management screen. The user can see the project management screen showing an example in FIGS. 5 and 6 using a Web browser, and can grasp the progress management for each project. As shown in FIG. 5, the character string “217” at the end of the URL display 200 on the upper left side of the screen is stored in the task board number of the generation information DB 33. Further, the "A tool creation" of the page title 201 displayed in the upper center of the screen is stored in the Web page title information of the generated information DB 33. The Web page title information is an example of screen identification information.

On the task board 161 on the screen, a list of tasks called tickets 162 to 167 is displayed together with the schedule. As a result, the user can check the entire project from a bird's-eye view and grasp the progress status. Tickets 162-167 indicate the story that creates the task and each process defined within the story. In the example of FIG. 5, ticket 162 shows a task related to the story "patent", showing that tickets 163-166 in the "patent" project have been processed and ticket 167 has been rejected.

[Hardware configuration of control device]
Next, the hardware configuration of the control device 10 according to the present embodiment will be described with reference to FIG. 7. The control device 10 according to the present embodiment includes an input device 101, an output device 102, an external I / F 103, a RAM (Random Access Memory) 104, a ROM (Read Only Memory) 105, a CPU (Central Processing Unit) 106, and a communication I / O. It includes an F107, an HDD (Hard Disk Drive) 108, and the like, and each is connected to each other by a bus B.

The input device 101 includes a keyboard, a mouse, and the like, and is used to input each operation signal to the control device 10. The output device 102 includes a display such as an LCD (Liquid crystal Display) monitor, a printer, a CRT (Cathode Ray Tube), and the like, and outputs various processing results. The communication I / F 107 is an interface for connecting the control device 10 to the network. As a result, the control device 10 can perform data communication with the process execution device 20 and other devices via the communication I / F 107.

The HDD 108 is a non-volatile storage device that stores programs and data. The stored programs and data include basic software and application software that control the entire control device 10. For example, various databases, programs, and the like may be stored in the HDD 108.

The external I / F 103 is an interface with an external device. The external device includes a recording medium 103a and the like. As a result, the control device 10 can read and / or write to the recording medium 103a via the external I / F 103. The recording medium 103a includes a CD (Compact Disk), a DVD (Digital Versatile Disk), an SD memory card, a USB memory (Universal Serial Bus memory), and the like.

The ROM 105 is a non-volatile semiconductor memory that can retain internal data even when the power is turned off. The control program 123, the basic program, and the data are stored in the ROM 105. The RAM 104 is a volatile semiconductor memory that temporarily holds programs and data. The CPU 106 is an arithmetic unit that realizes control and mounting functions of the entire control device 10 by reading programs and data from storage devices such as HDD 108 and ROM 105 onto the RAM 104 and executing processing.

With this configuration, in the control device 10 according to the present embodiment, each function of the detection unit 11, the control unit 14, and the output unit 15 is a process in which the CPU 106 is executed by a program stored in, for example, the RAM 104, the ROM 105, the HDD 108, or the like. Is feasible.

Further, the function of the storage unit 12 can be executed by, for example, a server on the cloud connected to the control device 10 via the RAM 104, the ROM 105, the HDD 108, or the network 40.

Further, the function of the reception unit 13 can be realized by, for example, the input device 101. The function of the display unit 16 can be realized by, for example, the output device 102. The functions of the transmitting unit 17 and the receiving unit 18 can be realized by, for example, communication I / F 107.

[Control processing in recording mode]
Next, an example of the control process in the recording mode executed in the operation system 1 in the present embodiment will be described with reference to FIG. FIG. 8 is a flowchart showing an example of the control process in the recording mode according to the embodiment.

In the following, the first process execution unit 21 and the second process execution unit 22 are also collectively referred to as a process execution unit. The process executed by the process execution unit is performed by the first process execution unit 21 or the second process execution unit 22.

Further, the first generation unit 31 and the second generation unit 32 are also collectively referred to as a generation unit. The process executed by the generation unit is performed by the first generation unit 31 or the second generation unit 32.

When this process is started, the user activates the control device 10 (step S1). Next, the control unit 14 displays the mode selection screen on the display unit 16 and prompts the user to select the mode (step S2). When the user selects the "recording mode", the detection unit 11 detects the recording mode.

When the "recording mode" is detected, the output unit 15 outputs the generation instruction of the first process and the second process related to the software. According to this, the transmission unit 17 starts the process execution device 20 (step S3) and instructs the generation of the first process and the second process. In response, the process executor 20 creates a first process and a second process related to the software. The process execution unit operates the generation unit to open the schedule creation page provided by the project management tool (step S4).

Next, the process execution unit inquires the control device 10 on which task board the task is to be created (step S5). When the reception unit 13 receives the inquiry, the transmission unit 17 inquires the user on which task board the task is to be created (step S6). When the user inputs "1234", the transmission unit 17 transmits the user input information "1234" to the process execution unit, and the process execution unit transmits the task board number "1234" to the generation unit accordingly. (Step S7). The generation unit generates a screen corresponding to the task board of the task board number "1234" and performs a screen transition.

Next, the transmission unit 17 inquires about the Web page title after transitioning to the generated screen (step S8). When the generation unit returns "schedule creation", the output unit 15 stores "1" indicating the first question in the ID item of the screen operation information DB 121, and "schedule creation" in the Web page title information item. Is associated and stored (step S9).

FIG. 9 shows an example of the screen operation information DB in the recording mode according to the embodiment. FIG. 9A shows data 0 of the screen operation information DB 121 when the number of questions is 0. No data is stored in the screen operation information DB 121 when the number of questions is 0.

When step S9 is executed, as shown in the data 1 of FIG. 9B, the screen operation information DB 121 contains the ID "1" indicating that the number of questions is the first, and the Web page title information. "Schedule creation" is saved in association with it.

Returning to FIG. 8, the process execution unit inquires the control device 10 for the story number for creating the task (step S10). When the reception unit 13 receives the inquiry, the transmission unit 17 inquires the user of the story number for creating the task (step S11). When the user inputs "111", the transmission unit 17 transmits the story number "111" to the process execution unit, and the process execution unit transmits the story number "111" to the generation unit (step S12). The generation unit generates a screen for creating a ticket with the story number "111".

Next, the transmission unit 17 inquires about the Web page title after transitioning to the generated screen (step S13). When the generation unit returns "A tool development" to the control device 10, the output unit 15 stores "2" in the ID item of the screen operation information DB 121, and "2" is stored in the Web page title information item after the screen transition. "A tool development" is associated and stored (step S14). As a result, as shown in the data 2 of FIG. 9C, the ID "2" and the Web page title information "A tool development" are stored in the screen operation information DB 121 in association with each other.

Returning to FIG. 8, the process execution unit inquires the control device 10 about the ticket type (step S15). Upon receiving the inquiry, the transmission unit 17 inquires the user about the type of ticket (step S16). When the user inputs "test item creation", the transmission unit 17 sends "test item creation" to the process execution unit, and the process execution unit sends "test item creation" of the ticket type to the generation unit ( Step S17). The generation unit creates a ticket for "creating a test item" and generates a screen in which the ticket for creating a test item is displayed.

Next, the transmission unit 17 inquires about the Web page title after transitioning to the generated screen (step S18). When the generation unit returns "A tool development" to the control device 10, the output unit 15 stores "3" in the ID item of the screen operation information DB 121 and "A tool development" in the Web page title information item. Are associated with each other and stored (step S19). As a result, as shown in the data 3 of FIG. 9D, the ID "3" and the Web page title information "A tool development" are stored in the screen operation information DB 121 in association with each other.

As described above, according to the control process in the recording mode according to the present embodiment, every time the generation unit generates a screen, the screen operation information showing an example in the data 1 to 3 of FIG. 9 is displayed on the screen. It is accumulated in the operation information DB 121.

[Control processing in the conventional monitoring mode]
Next, an example of the control process in the conventional monitoring mode will be described with reference to FIGS. 10 and 11, and then an example of the control process in the monitoring mode according to the present embodiment will be described with reference to FIGS. 12 to 15. .. 10 and 11 are flowcharts showing an example of control processing in the conventional monitoring mode.

In the conventional monitoring mode, when the process shown in FIG. 10 is started, the user activates the control device 10 (step S20). Next, the control unit 14 displays the mode selection screen on the display unit 16 and causes the user to select the mode (step S21). When the user selects the "monitoring mode", the detection unit 11 detects the monitoring mode. The detection of the "monitoring mode" is an example of the detection of the first event.

When the "monitoring mode" is detected, the transmission unit 17 activates the process execution device 20 (step S22) and instructs the process to be generated. In response to this, the process execution unit of the process execution device 20 operates the generation unit of the generation device 30 to open the login page of the project management tool (step S23) and log in.

After logging in, the process execution unit inquires the control device 10 on which task board the task is to be created (step S24). Upon receiving the inquiry, the transmission unit 17 asks the user on which task board the task is to be created (step S25). When the user inputs "1234", the transmission unit 17 transmits the user input information "1234" to the process execution unit. In response to this, the process execution unit transmits the task board number “1234” to the generation unit (step S26). The generation unit generates a screen corresponding to the task board of the task board number "1234".

Next, the transmission unit 17 inquires about the Web page title after transitioning to the generated screen (step S27). When the generation unit returns "schedule creation", the control unit 14 compares the Web page title returned from the generation unit with the Web page title corresponding to the first question stored in the screen operation information DB 121. (Step S28). As a result of the comparison, when the Web page title corresponding to the first question and the received Web page title match, the output unit 15 inputs the user input information "1234" corresponding to the question of the process execution unit. It is saved in the screen operation information DB 121 (step S29). As a result of the comparison, if the Web page title corresponding to the number of times of the corresponding question stored in the screen operation information DB 121 does not match the received Web page title, the restore mode is executed.

At this point, as shown in the data 4 of FIG. 15 (e), the ID (question count) stored in the screen operation information DB 121 is "1", that is, the Web page title "schedule" corresponding to the first question. "Create" matches the received Web page title. Therefore, as shown in the data 5 of FIG. 15 (f), the output unit 15 has the task board number "1234" input by the user in the item of the user input information corresponding to the first question of the screen operation information DB 121. To save.

Returning to FIG. 10, the process execution unit inquires the control device 10 for the story number for creating the task (step S30). Upon receiving the inquiry, the transmission unit 17 inquires the user of the story number for creating the task (step S31). If the user mistakenly inputs the story number "1111" that does not exist in the generated information DB 33, the transmission unit 17 transmits the story number "1111" to the process execution unit. The process execution unit transmits the nonexistent story number “1111” to the generation unit (step S32). Since the generation unit cannot create a ticket with a story number "1111" that does not exist, the screen cannot be generated and the screen transition is not performed.

Next, the transmission unit 17 inquires about the Web page title after the transition to the screen generated by the generation unit (step S33). In response to this, the generation unit returns "404 error" indicating that an error has occurred in screen generation and the correct screen transition has not been made to the control device 10. The control unit 14 compares the received Web page title with the Web page title corresponding to the second question stored in the screen operation information DB 121 (step S34). As a result of the comparison, if the Web page title corresponding to the number of times of the corresponding question stored in the screen operation information DB 121 does not match the received Web page title, the restore mode is executed. At this point, as shown in FIG. 15 (f), the development of the A tool corresponding to the second question stored in the screen operation information DB 121 and the received Web page title "404 error" do not match. ..

Therefore, since the control unit 14 has a different Web page title, the transmission unit 17 determines that the screen transition is not correct, and instructs the process execution unit to stop (step S35). Further, the transmission unit 17 instructs the generation device 30 to close the Web browser (step S36). The instruction to stop the process execution unit, which is performed in response to the above determination that the correct screen transition has not been performed by the control device 10, is an example of detecting the second event.

When the second event is detected, the restoration mode process is executed. In the process of the restore mode, the transmission unit 17 restarts the process execution device 20 (step S37), and the process execution unit of the process execution device 20 operates the generation unit of the generation device 30 to open the login page (step S37). Step S38), log in.

After logging in, the process execution unit inquires the control device 10 on which task board the task is to be created (step S39). Upon receiving the inquiry, the transmission unit 17 transmits the user input information for the inquiry to the process execution device 20 one by one from the user input information stored in the screen operation information DB 121.

Here, since this is the first question, "1234" stored in association with the ID item "1" is selected, and the transmission unit 17 transmits the user input information "1234" to the process execution unit. .. The process execution unit transmits the user input information "1234" to the generation unit (step S40). The user input information stored in the screen operation information DB 121 is transmitted in the order of questions, and after the last user input information for the inquiry is transmitted, the monitoring mode is returned. In the case of the data 5 of FIG. 15 (f), the user input information "1234" is the last user input information.

Next, in FIG. 11 following the control process of FIG. 10, the process execution unit inquires the control device 10 of the story number for creating the task (step S41). Upon receiving the inquiry, the transmission unit 17 inquires the user of the story number for creating the task (step S42). Here, if the story number "111" is correctly input after the restart of step S37 in FIG. 10, the transmission unit 17 transmits the story number "111" to the process execution unit. The process execution unit transmits the story number “111” to the generation unit (step S43). The generation unit creates a ticket with the story number "111", generates a screen for displaying the created ticket, and transitions to the generated screen.

Next, the transmission unit 17 inquires about the Web page title after the screen transition (step S44). When the generation unit returns "A tool development", the control unit 14 responds to the Web page title "A tool development" of the received screen information and the Web corresponding to the second question stored in the screen operation information DB 121. Compare with the page title (step S45).

At this point, as shown in FIG. 15 (f), the "A tool development" corresponding to the second question stored in the screen operation information DB 121 and the received Web page title match. Therefore, as shown in FIG. 15 (g), the output unit 15 saves the story number “111” input by the user in the user input information item of the screen operation information DB 121 (step S46).

Returning to FIG. 11, the process execution unit inquires the control device 10 about the ticket type (step S47). Upon receiving the inquiry, the transmission unit 17 inquires the user about the type of ticket (step S48). When the user inputs "test item creation", the transmission unit 17 sends the ticket type "test item creation" to the process execution unit, and the process execution unit sends the ticket type "test item creation" to the generation unit. (Step S49). The generation unit creates a ticket for "creating a test item" and generates a screen for displaying a ticket for creating a test item.

Next, the transmission unit 17 inquires about the Web page title after transitioning to the generated screen (step S50). When the generation unit returns "A tool development" to the control device 10, the control unit 14 sends the Web page title "A tool development" of the received screen information and the second question stored in the screen operation information DB 121. Compare with the Web page title corresponding to (step S51).

When the A tool development corresponding to the second question stored in the screen operation information DB 121 and the received Web page title match, the output unit 15 sets the Web page in the corresponding user input information item. Save the title "Create test item" (step S52).

As described above, the following operations (1) to (5) are performed in the conventional monitoring mode and restoration mode.
(1) The control device 10 inquires of the user about the question of the process execution device 20.
(2) The response is transmitted from the control device 10 that has received the user's response to the process execution device 20.
(3) An answer is transmitted from the process execution device 20 to the generation device 30.
(4) The screen information (here, the Web page title) generated by the generation device 30 is transmitted from the generation device 30 to the control device 10 according to the content of the answer.
(5) When the screen information and the Web page title information stored in the screen operation information DB 121 match, the user input information is accumulated.
(6) If the screen cannot be generated due to incorrect input information, the process shifts to the restore mode and the process execution device 20 is restarted. Then, the user input information stored in the screen operation information DB 121 is re-executed one by one from the beginning, and the process immediately before the error occurs is re-executed, and then the monitoring mode is entered.

Based on the above, the control process in the conventional monitoring mode does not have a function of returning the input screen from the current screen to the previous screen when incorrect input information is input, so that the control device moves the input screen forward. It is not possible to return to the screen of 1 and input correct information, and it is not possible to match the inconsistency of the screen with the screen generated by the generation device 30. Therefore, the user needs to restart the process execution device 20 and restart the process from the beginning.

Further, the generation device 30 may not only be able to recognize the error in the input information transmitted as described above, but may not be able to recognize the error in the input information. At this time, the generation device 30 generates a screen that the user does not request in response to erroneous input information.

For example, when the user wants to create a ticket on the task board No. 224 and inputs "217", the generation device 30 corrects the screen transition when the story of the input task board number does not exist in the generation information DB 33. It can be judged that the task was not done. As a result, the user's input error can be automatically detected.

On the other hand, when the story of the input task board number exists in the generation information DB 33, the screen transition is correct, so that the generation device 30 cannot detect that the user has made an input error. That is, even if the user mistakenly types "217", the generation device 30 determines that the task board No. 217 is requested to create a ticket, and generates the screen of the task board 217. Screen transition will be performed.

Even if the user who sees the generated screen notices his / her own typo because the task board that he / she did not intend is displayed at this point, the screen is already displayed in the operation system realized by the conventional technology. Since the transition is made, it is not possible to return to the state before the input error.

FIG. 5 shows an example of a screen when an erroneous input is made, and FIG. 6 shows an example of a screen when a correct input is made. In FIG. 5, the character string at the end of the URL display 200 on the upper left side of the screen is “217”, and in FIG. 6, it is “224”. Since the screen titles are the same and all URLs exist, the operation system 1 cannot automatically detect an input error. However, since the contents of the ticket displayed on the screen are clearly different, the user can immediately notice that he / she made a typo because the screen transition is different from the assumption of the screen he / she wanted to open. However, in the conventional technique, since the screen has already been changed, it is complicated to reproduce the state before the input error because the process execution device 20 must be restarted and restarted from the beginning.

Therefore, in the control process in the monitoring mode according to the present embodiment described below, the linked system of the process execution unit and the generation unit is duplicated, and the question and answer are input with a time lag, so that if the user makes a mistake in the input, the input is immediately performed. It becomes possible to notice and correct the screen condition correctly. As a result, it is possible to suppress the occurrence of a situation in which the screen transition is not performed according to the received specific operation event.

FIG. 12 is a flowchart showing an example of control in the monitoring mode according to the embodiment. FIG. 13 is a flowchart showing an example of control processing (continued) in the monitoring mode according to the embodiment. FIG. 14 is a flowchart showing an example of control processing (continued) in the monitoring mode according to the embodiment. FIG. 15 shows an example of the screen operation information DB 121 in the monitoring mode according to the embodiment.

When this process is started in FIG. 12, the user activates the control device 10 (step S70). Next, the control unit 14 causes the user to select a mode (step S71). When the user selects the "monitoring mode", the detection unit 11 detects the "monitoring mode". The detection of the "monitoring mode" is an example of the detection of the first event. In response to the detection of the first event, the output unit 15 outputs the generation instructions of the first process and the second process, and the transmission unit 17 outputs the process execution device 20 (the first process execution unit 21 and the first process execution unit 21). The second process execution unit 22) is started (step S72).

The first process execution unit 21 operates the first generation unit 31 of the generation device 30 to open the login page (step S73) and log in. The second process execution unit 22 operates the second generation unit 32 of the generation device 30 to open the login page (step S75) and log in.

After logging in, the first process execution unit 21 inquires the control device 10 on which task board the task is to be created (step S76). Further, the second process execution unit 22 inquires the control device 10 on which task board the task is to be created (step S77).

When the reception unit 13 receives the inquiry, the transmission unit 17 inquires the user on which task board the task is to be created (step S78). When the user inputs "1234", the transmission unit 17 transmits the user input information "1234" to the first process execution unit 21, and the first process execution unit 21 responds to the first process execution unit 21. The task board number "1234" is transmitted to the generation unit 31 (step S79). The first generation unit 31 generates a screen corresponding to the task board of the task board number "1234".

Next, the control unit 14 confirms the information stored in the screen operation information DB 121. For example, in the data 4 of FIG. 15 (e), no user input information is stored. Therefore, at this point, the control unit 14 confirms that the number of returned user input information stored in the screen operation information DB 121 is "0" (step S80). In this case, since no user input information is stored, the second process execution unit 22 does not execute.

Next, the transmission unit 17 inquires about the Web page title after the transition to the screen generated by the first generation unit 31 (step S81). When the first generation unit 31 returns "schedule creation", the control unit 14 corresponds to the Web page title "schedule creation" received from the first generation unit 31 and stored in the screen operation information DB 121. Compare with the Web page title (step S82). As a result of the comparison, when the Web page title corresponding to the first question stored in the screen operation information DB 121 and the received Web page title match, the output unit 15 outputs the user input information "1234". Is saved in the screen operation information DB 121 (step S83). Since the data 5 in FIG. 15F matches the received Web page title “Schedule creation”, the user input information “1234” for the first question in the monitoring mode is saved.

Returning to FIG. 12, the first process execution unit 21 inquires the control device 10 of the story number for creating the task (step S84). Upon receiving the inquiry, the transmission unit 17 inquires the user of the story number for creating the task (step S85). When the user inputs the story number "111", the transmission unit 17 transmits the story number "111" to the first process execution unit 21. The first process execution unit 21 transmits the story number “111” to the first generation unit 31 (step S86).

Next, the control unit 14 confirms the information stored in the screen operation information DB 121. For example, in the data 5 of FIG. 15 (f), one user input information is stored. Therefore, at this point, the control unit 14 confirms that the number of returned user input information stored in the screen operation information DB 121 is "1" (step S87). In this case, since one user input information is stored, the transmission unit 17 transmits the user input information "1234" to the second process execution unit 22, and the second process execution unit 22 sends the second process execution unit 22 to the second process execution unit 22. The task board number "1234" is transmitted to the generation unit 32 (step S88). In this way, the second generation unit 32 is in a state in which one question is delayed with respect to the question to the first generation unit 31.

In the above, the input information input by the user is directly input to the second process execution unit 22 operating in the background (sub) with respect to the first process execution unit 21 operating in the main at this time. This is realized by transmitting the user input information stored in the generated information DB 33 instead of sending it.

Next, the transmission unit 17 inquires about the Web page title after the transition to the screen generated by the first generation unit 31 (step S89). When the first generation unit 31 returns "A tool development" to the control device 10, the control unit 14 stores the received screen information Web page title "A tool development" and the screen operation information DB 121. Compare with the Web page title corresponding to the second question (step S90). At this point, as shown in the data 5 of FIG. 15 (f), the A tool development corresponding to the second question stored in the screen operation information DB 121 and the received Web page title "A tool development" are Match.

Therefore, as shown in FIG. 15 (g), the output unit 15 saves the story number “111” in the item of the user input information corresponding to the second question of the screen operation information DB 121 (step S91).

Next, the first process execution unit 21 inquires the control device 10 about the ticket type (step S92). At this time, the second process execution unit 22 inquires the control device 10 of the story number for creating the task (step S93).

Upon receiving the inquiry, the transmission unit 17 inquires the user about the type of ticket (step S94). Suppose the user tries to enter "Create test item" and mistakenly enters "Create test item". At this time, the transmission unit 17 transmits the ticket type "test item creation" to the first process execution unit 21, and the first process execution unit 21 generates the ticket type "test item creation" for the first time. It is transmitted to the unit 31 (step S95).

Next, the control unit 14 confirms the information stored in the screen operation information DB 121. For example, in the data 6 of FIG. 15 (g), two user input information are stored. Therefore, at this point, the control unit 14 confirms that the number of returned user input information stored in the screen operation information DB 121 is "2" (step S96). In this case, since two user input information are stored, the transmission unit 17 transmits the user input information "111" corresponding to the second question to the second process execution unit 22, and the second process. The execution unit 22 transmits the story number “111” to the second generation unit 32 (step S97). As a result, the second generation unit 32 is in a state in which one question is delayed with respect to the question to the first generation unit 31.

On the other hand, when the transmission unit 17 inquires about the Web page title after the transition to the screen generated by the first generation unit 31 (step S98), the first generation unit 31 causes an error in screen generation, and the correct screen is displayed. It returns "404 error" indicating that the transition has not been performed.

Here, the control unit 14 compares the received screen information Web page title "404 error" with the Web page title stored in the screen operation information DB 121 corresponding to the number of questions of the process execution unit (step). S99). As a result of comparison, the control unit 14 does not match the Web page title "A tool development" corresponding to the third question stored in the screen operation information DB 121 with the received Web page title "404 error". It is judged that the screen transition is not correct.

In this case, the control unit 14 changes the main process from the first process executed by the first process execution unit 21 to the second process executed by the second process execution unit 22 (step S100). Next, the control unit 14 instructs the stop of the first process execution unit 21 in FIG. 13 following the control process of FIG. 12 (step S101). Further, the transmission unit 17 instructs the first generation unit 31 to close the Web browser (step S102). The determination by the generation device 30 that the Web page titles are different is an example of detecting the second event.

When the second event is detected, the restoration mode process is executed. In the restoration mode process, the transmission unit 17 restarts the first process execution unit 21 (step S103), and the first process execution unit 21 operates the first generation unit 31 to display the login page. Open (step S104) and log in.

After logging in, the first process execution unit 21 inquires the control device 10 on which task board the task is to be created (step S105). Upon receiving the inquiry, the transmission unit 17 transmits the user input information for the inquiry to the process execution device 20 one by one from the user input information stored in the screen operation information DB 121.

On the other hand, the transmission unit 17 transmits the user input information "1234" corresponding to the first question in FIG. 15 (g) to the first process execution unit 21. The first process execution unit 21 transmits the user input information "1234" to the first generation unit 31 (step S106).

Next, the first process execution unit 21 inquires the control device 10 of the story number for creating the task (step S107). On the other hand, the transmission unit 17 transmits the user input information "111" corresponding to the second question in FIG. 15 (g) to the first process execution unit 21. The first process execution unit 21 transmits the user input information “111” to the first generation unit 31 (step S108). In this way, the last user input information for the inquiry is transmitted from the user input information stored in the screen operation information DB 121 to the first process execution unit 21 that newly operates in the sub. In this way, the first process execution unit 21 that is newly operated in the sub is restarted, and the question before the second process execution unit 22 that is newly main is asked. Processes are automatically advanced until that point. The first process execution unit 21 on the sub side is not limited to automatically proceeding with the process up to the time of the question immediately before (immediately before) the second process execution unit 22 on the main side. The process may be automatically advanced up to the time of the question N (N ≧ 1) before the process execution unit 22 of 2. For example, in this embodiment, two processes are generated and operated as a main process and a sub process. However, the present invention is not limited to this, and three processes may be generated and operated as one main process and two sub processes. In this case, the main process may be changed to one of the two sub processes. At this time, the other process of the two subs is automatically processed up to the point of the question immediately before the main process after the change, and the process changed from the main to the sub is after the change. You may automatically proceed to the point of the question two questions before the main process of.

Next, the first process execution unit 21 inquires the control device 10 about the ticket type (step S109). Similarly, the second process execution unit 22 inquires the control device 10 about the ticket type (step S110). Further, when the last user input information for the inquiry is transmitted from the user input information stored in the screen operation information DB 121, the user input information is transmitted one by one in the order of the questions stored in the screen operation information DB 121. Alternatively, the user input information stored in the screen operation information DB 121 may be bundled and transmitted.

Upon receiving the inquiry, the transmission unit 17 inquires the user about the type of ticket (step S111). If the user mistakenly enters "test execution" when trying to enter "test item creation", the transmission unit 17 sends the ticket type "test execution" to the newly main second process execution unit 22. do. The second process execution unit 22 transmits the ticket type “test execution” to the second generation unit 32 (step S112). Here, since "test execution" is stored in the generation information DB 33 and is an input that can be expected, the second generation unit 32 does not determine an error, and creates and creates a ticket for "test execution". Generate a screen that displays the "test execution" ticket.

Next, the control unit 14 confirms the user input information of the third question stored in the screen operation information DB 121 (step S113). For example, in the data 6 of FIG. 15 (g), the user input information for the third question is not stored, so that the first process execution unit 21 does not execute.

Next, the transmission unit 17 inquires about the Web page title after the screen transition (step S114). When the generation unit returns "A tool development", the control unit 14 has the Web page title "A tool development" of the screen information received from the generation unit and the process execution unit stored in the screen operation information DB 121. Compare with the Web page title corresponding to the number of questions (step S115).

At this point, as shown in the data 7 of FIG. 15 (h), the development of the A tool corresponding to the second question stored in the screen operation information DB 121 and the received Web page title match. Therefore, as shown in the data 8 of FIG. 15 (i), the output unit 15 saves the ticket type “test execution” input by the user in the item of the user input information for the third question (step S116). ).

Next, the second process execution unit 22 inquires where the test item title used in the test is stored (step S117). The reception unit 13 receives an inquiry and asks the user where the test item title used in the test is stored (step S118).

At this point, the user sees the generation screen of the ticket type "test execution", determines that the project management screen requested by the user is not displayed, and notices his / her input error. In this case, when the user presses the "back button" arranged on the control device 10 or the like, an instruction to return to the previous screen is transmitted to the control device 10 (step S119). The user pressing the "back button" is an example of detecting the second event. When the second event is detected, the restoration mode process is executed.

When the second event is detected, the output unit 15 deletes the latest user input information stored in the screen operation information DB 121 (step S120). As a result, as shown in the data 9 of FIG. 15 (j), the "test execution" stored in the item of the user input information for the third question is deleted.

In this case, the control unit 14 changes the main process from the second process executed by the second process execution unit 22 to the first process executed by the first process execution unit 21 (step S121). Next, the control unit 14 instructs the second process execution unit 22 to stop (step S122).

Further, the transmission unit 17 instructs the second generation unit 32 to close the Web browser (step S123). The transmission unit 17 restarts the second process execution unit 22 (step S124). The transmission unit 17 operates the second generation unit 32 to open the ticket creation page (step S125).

Next, the second process execution unit 22 inquires the control device 10 on which task board the task is to be created (step S126). Upon receiving the inquiry, the transmission unit 17 transmits the user input information "1234" corresponding to the first question stored in the screen operation information DB 121 to the second process execution unit 22. The second process execution unit 22 transmits the task board number “1234” to the second generation unit 32 (step S127).

Next, the second process execution unit 22 inquires the control device 10 of the story number for creating the task (step S128). Upon receiving the inquiry, the transmission unit 17 transmits the user input information "111" corresponding to the second question stored in the screen operation information DB 121 to the second process execution unit 22. The second process execution unit 22 transmits the story number “111” to the second generation unit 32 (step S129).

In this way, the second process execution unit 22 that newly operates in the background (sub) is restarted and is one more than the first process execution unit 21 that has become the new main. It will proceed automatically until the time of the previous question.

Next, the second process execution unit 22 inquires the control device 10 about the ticket type (step S130). Upon receiving the inquiry, the transmission unit 17 inquires the user about the type of ticket (step S131). When the user inputs "test item creation", the transmission unit 17 transmits the ticket type "test item creation" to the first process execution unit 21, and the first process execution unit 21 sends the ticket type "test". "Item creation" is transmitted to the first generation unit 31 (step S132). The first generation unit 31 creates a ticket for "creating a test item" and generates a screen on which the ticket for creating a test item is displayed.

Next, the control unit 14 confirms the user input information of the third question stored in the screen operation information DB 121 (step S132). For example, in the data 9 of FIG. 15 (j), the second process execution unit 22 does not execute because the user input information for the third question is not stored.

Next, the transmission unit 17 inquires about the Web page title after the screen transition (step S133). When the second process execution unit 22 returns the A tool development, the control unit 14 asks the Web page title "A tool development" of the received screen information and the third question stored in the screen operation information DB 121. Compare with the Web page title corresponding to (step S134).

At this point, as shown in the data 9 of FIG. 15 (j), the development of the A tool corresponding to the third question stored in the screen operation information DB 121 and the received Web page title match. Therefore, as shown in the data 10 of FIG. 15 (k), the output unit 15 saves the ticket type "test item creation" input by the user in the item of the user input information for the third question (step). S135).

According to the above, in the control process in the monitoring mode according to the present embodiment, when the user makes an erroneous input and the generation device 30 can determine the erroneous input, the first process execution unit 21 and the first process execution unit 21 The relationship between the main and sub of the process execution unit 22 of 2 is switched. As a result, the user can continue the operation on one of the screens of the first process execution unit 21 and the second process execution unit 22 that operate in the main. Every time the main operation is switched to either the first process execution unit 21 or the second process execution unit 22, the other of the first process execution unit 21 and the second process execution unit 22 is restarted. Then, the process is automatically advanced up to the point of the question immediately before the main process execution part.

Also, by clicking the "back button" of the operation system 1 when the user notices that he / she has entered the wrong content in the previous question, the first process execution unit 21 and the second process execution unit 21 and the second The relationship between the main and sub of the process execution unit 22 of the above is switched. As a result, the operation is continued on one screen operating in the main of the first process execution unit 21 and the second process execution unit 22, and the other is restarted, and the question one before the main process execution unit is asked. The process is automatically advanced until the point of. As a result, in the conventional technology, it took time to prepare an environment in which incorrect input information can be re-entered after restarting, but the sub process execution part is one before the main process execution part. By automatically proceeding to the time of the question, there is an effect that the waiting time is eliminated. As a result, it is possible to suppress the occurrence of a situation in which the screen transition is not performed according to the received specific operation.

For example, in the case of creating a ticket for story 123 in response to a question from the process execution device 20 "what is the story number for creating a ticket", a case where the user mistakenly types 123 will be specifically described. In this case, the screen of the generator 30 transitions to the screen of the story 122, so that the user notices his / her mistake. At that point, you can press the "back button" on the operating system to return to the state before you made the wrong input.

Although the operation system, the control program, the control method and the control device have been described above by the above-described embodiment, the control program, the control method and the control device according to the present invention are not limited to the above-described embodiment and are within the scope of the present invention. Various modifications and improvements are possible within. Further, when a plurality of the above-described embodiments and modifications exist, they can be combined within a consistent range.

For example, the configuration of the operation system according to the above embodiment is an example, and does not limit the scope of the present invention, and it goes without saying that there are various system configuration examples depending on the application and purpose. For example, the system form in which the control device 10, the process execution device 20, and the generation device 30 are connected to each other via the network 40 is one aspect of the operation system according to the present embodiment, and is not limited thereto.

For example, the operation system according to the present invention may be in the form of a system in which the control device 10 and the process execution device 20 are connected to each other via the network 40. In this case, the process execution device 20 may execute a predetermined first process and a second process in the first and second process execution units, respectively, without operating another application. In this case, the execution result of the first process is displayed on the display unit 16, and when the second event is detected, the process is switched to the second process, and the execution result of the second process is displayed on the display unit 16. It may be displayed.

With respect to the above description, the following sections will be further disclosed.
(Appendix 1)
When the first event is detected, the generation instruction of the first process and the second process related to the software is output.
Each time any information is received, the received information is transmitted to the first process generated in response to the output generation instruction, and the reception of any of the received information is performed. A process of transmitting other information received before N (N ≧ 1) and transmitted to the first process to the second process generated in response to the output generation instruction is executed.
When the second event is detected according to the display on the display unit of the screen generated by the first process executing the process corresponding to any of the above information transmitted to the first process, the above-mentioned A display instruction to the display unit of the screen generated by the second process executing a process corresponding to the other information transmitted to the second process is output.
A control program characterized by having a computer execute processing.
(Appendix 2)
By executing the process corresponding to any of the above information transmitted to the first process by the first generation unit operated from the first process, the generated screen is displayed on the display unit. When the second event is detected, the second generation unit operated from the second process executes a process according to the other information transmitted to the second process to generate the event. Outputs the display instruction to the display unit of the screen
The control program according to Appendix 1, wherein the control program is characterized by the above.
(Appendix 3)
Each time the second event is detected, the process of executing the process according to any of the received information is changed from one of the first process and the second process to the other.
The control program according to Appendix 1 or 2, characterized in that.
(Appendix 4)
The received processing according to any of the above information is associated with the order when the first process or the second process is executed, and any of the received information is stored in the storage unit as input information. death,
When the second event is detected, one of the first process and the second process is restarted in response to a change from one of the first process and the second process to the other. The input information stored in the storage unit is transmitted to one of the first process and the second process restarted in the order stored in association with the input information.
The control program according to Appendix 3, wherein the control program is characterized by the above.
(Appendix 5)
When the first event is detected, the generation instruction of the first process and the second process related to the software is output.
Each time any information is received, the received information is transmitted to the first process generated in response to the output generation instruction, and the reception of any of the received information is performed. A process of transmitting other information received before N (N ≧ 1) and transmitted to the first process to the second process generated in response to the output generation instruction is executed.
When the second event is detected according to the display on the display unit of the screen generated by the first process executing the process corresponding to any of the above information transmitted to the first process, the above-mentioned A display instruction to the display unit of the screen generated by the second process executing a process corresponding to the other information transmitted to the second process is output.
A control method characterized by a computer performing things.
(Appendix 6)
By executing the process corresponding to any of the above information transmitted to the first process by the first generation unit operated from the first process, the generated screen is displayed on the display unit. When the second event is detected, the second generation unit operated from the second process executes a process according to the other information transmitted to the second process to generate the event. Outputs the display instruction to the display unit of the screen
The control method according to Appendix 5, characterized in that.
(Appendix 7)
Each time the second event is detected, the process of executing the process according to any of the received information is changed from one of the first process and the second process to the other.
The control method according to Appendix 5 or 6, characterized in that.
(Appendix 8)
The received processing according to any of the above information is associated with the order when the first process or the second process is executed, and any of the received information is stored in the storage unit as input information. death,
When the second event is detected, one of the first process and the second process is restarted in response to a change from one of the first process and the second process to the other. The input information stored in the storage unit is transmitted to one of the first process and the second process restarted in the order stored in association with the input information.
The control method according to Appendix 7, wherein the control method is described.
(Appendix 9)
When the first event is detected, the output unit that outputs the generation instruction of the first process and the second process related to the software, and
Each time any information is received, the received information is transmitted to the first process generated in response to the output generation instruction, and the reception of any of the received information is performed. Control to execute a process of receiving other information received before N (N ≧ 1) and transmitting other information to the first process to the second process generated in response to the output generation instruction. Has a part and
The output unit receives a second event according to the display on the display unit of the screen generated by the first process executing the process corresponding to any of the above information transmitted to the first process. Is detected, a display instruction to the display unit of the screen generated by the second process executing the process corresponding to the other information transmitted to the second process is output.
A control device characterized by that.
(Appendix 10)
The output unit displays the screen generated by the first generation unit operated from the first process executing a process corresponding to any of the information transmitted to the first process. When the second event is detected according to the display on the unit, the second generation unit that operates the process according to the other information transmitted to the second process from the second process. By executing, the display instruction to the display unit of the generated screen is output.
The control device according to Appendix 9, wherein the control device is characterized by the above.
(Appendix 11)
Each time the second event is detected, the process of executing the process according to any of the received information is changed from one of the first process and the second process to the other.
The control device according to Appendix 9 or 10, characterized in that.
(Appendix 12)
The output unit associates the received processes according to any of the information in the order in which the first process or the second process is executed, and inputs the received information. As stored in the memory section,
When the second event is detected, one of the first process and the second process is restarted, and the input information stored in the storage unit is stored in association with the input information. It has a transmitter that transmits to one of the first process and the second process that are restarted in order.
The control device according to Appendix 11, wherein the control device is characterized by the above.

1 Operation system 10 Control device 11 Detection unit 12 Storage unit 13 Reception unit 14 Control unit 15 Output unit 16 Display unit 17 Transmission unit 18 Reception unit 20 Process execution device 21 First process execution unit 22 Second process execution unit 30 Generation Device 31 First generation unit 32 Second generation unit 33 Generation information DB
121 Screen operation information DB
122 Question table 123 Control program

Claims (6)

Information for screen generation is transmitted to the process execution device via the network, a screen corresponding to the information for screen generation is generated by the process execution device, and the generated screen is displayed on the display unit of the control device. A control program to display
When the first event is detected, the process execution device is output with instructions for generating the first process and the second process related to the software.
Each time the information for screen generation is received, the received information for screen generation is transmitted to the first process generated in response to the output generation instruction, and the received screen generation is performed. The other information for screen generation, which was received before N (N ≧ 1) before the reception of the information for the above and was transmitted to the first process, was generated in response to the output generation instruction. The process of transmitting to the second process is executed, and the process is executed.
Depending on the screen produced by a process according to the screen information for generating transmitted to first process the first process executes, when detecting the second event, the second Outputs a display instruction to the display unit of the screen generated by the second process executing a process according to the information for generating the other screen transmitted to the process.
A control program characterized by having a computer execute processing. The first generation unit operated from the first process executes a process according to the information for screen generation transmitted to the first process, so that the display unit of the generated screen is displayed. When the second event is detected according to the display, the second generation in which the processing according to the information for the other screen generation transmitted to the second process is operated from the second process is performed. When the unit executes, the display instruction to the display unit of the generated screen is output.
The control program according to claim 1. Each time the second event is detected, the process of executing the process according to the received information for screen generation is changed from one of the first process and the second process to the other.
The control program according to claim 1 or 2. The received processing according to the screen generation information is associated with the order when the first process or the second process is executed, and the received information for screen generation is used as input information. Memorize in the memory
When the second event is detected, one of the first process and the second process is restarted in response to a change from one of the first process and the second process to the other. The input information stored in the storage unit is transmitted to one of the first process and the second process restarted in the order stored in association with the input information.
The control program according to claim 3. Information for screen generation is transmitted to the process execution device via the network, a screen corresponding to the information for screen generation is generated by the process execution device, and the generated screen is displayed on the display unit of the control device. It is a control method to display
When the first event is detected, the process execution device is output with instructions for generating the first process and the second process related to the software.
Each time the information for screen generation is received, the received information for screen generation is transmitted to the first process generated in response to the output generation instruction, and the received screen generation is performed. The other information for screen generation, which was received before N (N ≧ 1) before the reception of the information for the above and was transmitted to the first process, was generated in response to the output generation instruction. The process of transmitting to the second process is executed, and the process is executed.
Depending on the screen produced by a process according to the screen information for generating transmitted to first process the first process executes, when detecting the second event, the second Outputs a display instruction to the display unit of the screen generated by the second process executing a process according to the information for generating the other screen transmitted to the process.
A control method characterized by a computer performing things. Control to transmit information for screen generation to the process execution device via the network, cause the process execution device to generate a screen corresponding to the information for screen generation, and display the generated screen on the display unit. It ’s a device,
When the first event is detected, the output unit that outputs the generation instruction of the first process and the second process related to the software to the process execution device, and
Each time the information for screen generation is received, the received information for screen generation is transmitted to the first process generated in response to the output generation instruction, and the received screen generation is performed. The other information for screen generation, which was received before N (N ≧ 1) before the reception of the information for the above and was transmitted to the first process, was generated in response to the output generation instruction. It has a control unit that executes a process of transmitting to the second process, and has a control unit.
And the output unit, in response to said screen generated by processing the first process in response to the transmitted screen information for generating the runs in the first process, when detecting the second event Outputs a display instruction to the display unit of the screen generated by the second process executing a process according to the information for generating the other screen transmitted to the second process.
A control device characterized by that.

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