KR20010087877A - Making method in monitor business file for banking service - Google Patents

Abstract

PURPOSE: A method for producing the screen work file for the financial business is provided to manage screen requests for designing the screen work, and to cut down the screen production and test time by automatically processing a screen source file. CONSTITUTION: The user configures a module for a new screen production and inputs the information on the screen to product(110). The screen information inputted by a screen design tool is converted into the screen source which can be compiled in a screen production equipment(130). The screen source is transferred to the screen production equipment(140), compiled and linked itself(160), and gets debugging(170). Finally, a new screen work file is created by checking a program error(180).

Description

Making method in monitor business file for banking service

The present invention relates to a method for manufacturing a screen business file for financial services, and more particularly, to a method for manufacturing a screen business file for financial services that can manage a unified screen request.

Screen work files used in general financial institutions produce screen work files using a DLL (Down Line Loading) method through a communication controller. That is, the screen task file in the communication controller is generated using a screen generator called DDP, which is a specific screen production system. The screen task file generated by the DDP is stored using a recording medium such as a floppy disk, and then stored in a financial terminal used by a financial institution in a DDL manner by driving a communication controller. After that, the desired screen transaction file is used to perform the desired financial transaction.

Next, with reference to the accompanying drawings looks at the process to create a screen work file in the conventional DDP equipment.

1 is a flowchart illustrating an operation for producing a screen work file according to the prior art.

The client may receive a screen request form of a desired form from a client in a text file format as shown in FIG. 3, or a screen request form drawn manually by fax. That is, the screen request forms a screen in which the client requesting the screen work file production is displayed on the financial terminal, and the screen work file producer additionally accepts the screen request file requested by the client. Facsimile correction is necessary. Therefore, the screen request document contains information required by the client in the screen work file.

When the screen request is completely received through this process (step 10), the screen work file producer examines the screen image portion on the screen request (step 20). The screen image is itself displayed on the screen.

In addition, a screen image source file that can be recognized by the DDP device is produced so that the screen image in the form requested by the client can be displayed on the financial terminal (step 30). That is, the DDP device has a specific language format that only the DDP device can recognize. Accordingly, the screen work file producer produces a screen image source file according to the screen request form requested by the client, and transmits the screen image source file to the DDP which is the screen production equipment (step 40).

When the file converted into a form that can be recognized by the DDP device is input to the DDP, which is a screen production device, the screen work file producer inputs necessary screen information so that the screen work file requested by the client can be generated (step 50). .

That is, the source file for the screen work file which can be compiled into the DDP device as shown in FIG. 4 includes screen control information, screen display information, field attribute information, field data check information, arithmetic function information, Application information should be recorded.

The coding manual of the DDP device is tabled to perform a specific function at a specific position according to a certain format. Therefore, the screen work file producer refers to a coding manual to manually input necessary functions and the like one by one. That is, manual input of all information such as the screen control information, screen display information, field attribute information, field data check information, arithmetic function information, application information, and the like is performed.

When the process of inputting the screen information in step 50 is completed, it is compiled. In operation 60, the link corresponding to the compiled plurality of screen input information is bundled into one program.

The linked programs are then debugged (step 70). Debugging is a process of checking whether programs written once are correct (that is, there are no wrong parts) by error correction. This task consists of a computer-based standard test and computer-based standard data that checks whether the program is written according to a given problem on the desk before putting it into the machine. The process is divided into three stages: the inspection using a computer to examine the routine and the survey using the actual data. In this case, use the data with the exception and the data with the error.

When all debugging processing is performed, the screen work file in binary format is generated (step 80).

That is, the conventional screen business manufacturing method for financial services includes screen control information, screen display information, field attribute information, field data check information, arithmetic function information, and application program for producing a screen source file. AP information was input manually by the screen work file producer in the screen production equipment (DDP80), and a screen source file was generated based on the input values.

Therefore, in order to produce a screen work file, most of the information has to be manually input to the screen production equipment (DDP80). The manually inputted information is directly coded through a console in the screen production equipment DDP80. By the way, the screen production equipment DDP80 is mostly old equipment, it takes a lot of work time because it shows a lot of performance difference with the editor of a general personal computer.

In addition, the line editor called electronic data interchange (EDI), which is supported by the screen production equipment (DDP80), does not have a line and column display function. There is a lot of inconvenience in coding the source of. In addition, the coding time was also much longer than that of an editor of a general personal computer.

In addition, if an error occurs in manual coding, the screen work file has to be re-created according to the terminal test result. In addition, since there is screen input information that cannot be detected by the terminal local test, the information has to rely on the bank computer room test.

As described above, the conventional screen work file production process has the following problems.

First, there was no formal format according to the screen request because each client created the screen request using various text editors. Therefore, in order to generate the screen work file required by the client, it was necessary to check the screen image file received as an arbitrary text file and convert it after checking whether unnecessary images or screen image areas were exceeded. Therefore, the conventional screen production process requires a time required for pre-working in addition to the actual screen work time.

Secondly, in the related art, when a client requesting a screen work file does not have accurate knowledge of the screen design, the client cannot accurately display the function to be implemented on the screen request. In this way, when the client incorrectly inputs the screen input information, a screen different from the screen to be implemented is generated, and a rework is generated to generate a screen work file that meets the request of the client.

Third, conventionally, various screen information required for the screen source file has to be input by the screen work file producer one by one. Therefore, it took a lot of time to create a screen source file, which caused a problem of inefficient work.

Accordingly, it is an object of the present invention to provide a method for manufacturing a screen work file for a financial service that can unify and manage a screen request for designing a screen work.

Another object of the present invention is to provide a method for manufacturing a screen work file for financial services which can shorten the screen production time and the test time by automatically processing the screen source file by a program.

1 is an operation process for producing a screen work file according to the prior art

2 shows a conventional type of information related to a screen source file;

3 is a diagram illustrating a conventional screen request form;

4 is an exemplary view of a screen source file recognizable by a DDP which is a screen production equipment.

5 is an operation process diagram for a method of manufacturing a screen work file for financial services according to the present invention;

6 is a relation diagram between information input by a screen design tool according to the present invention and a screen source;

7 is a diagram illustrating a unified screen request form according to the present invention;

8 is an exemplary view according to a previous screen and a changed screen;

9 illustrates an example screen design tool for inputting screen information;

10 illustrates an example screen design tool for inputting a screen image and field attributes;

11 is an exemplary view of a screen design tool for displaying a stripe;

12 illustrates an example screen design tool for changing a screen.

According to an aspect of the present invention, there is provided a method for manufacturing a screen work file for a financial service, the method comprising: setting various pieces of information on a screen function and applying screen information and application program information to a screen source file; Selecting an image displayed on the screen and applying a screen image to the screen display information in the screen source file; A field attribute input step of setting a function of a field generated by the screen image input and applying to field attribute information, field data check information, and arithmetic function information in a screen source file; In the case of a stripe reading screen, a stripe data is designated to be displayed in the field, and a stripe input display information input step is applied to the field attribute information in the screen source file, and selection by each input step is completed. At the same time, a unified screen request and screen source file are automatically generated.

Hereinafter, a screen business file manufacturing method for financial services according to the present invention will be described with reference to the accompanying drawings.

First, in order to design and manage screens, users define new screen creation, existing screen change, screen file creation, and screen file viewing module.

The new screen production module sets only the screen information initialized when the new screen is designed by the new screen production. In addition, through this, screen information, screen image information, field attribute information, and the like can be input. At this time, when the screen is saved, it is stored in the form of a text file.

The existing screen change module is used when requesting a screen again by changing information of a previously designed screen, screen image information, field attribute information, and the like. The newly changed screen is given a new version. The newly changed screen is given a different version from the previous screen so that the newly changed screen is stored separately from the previous screen. At this time, the screen to be stored is stored in the form of a text file.

The screen file generation module generates a screen file (text file) from a screen work file (SAPGM file) that enters the terminal. The screen work file has a Hex value. Thus, through the screen file generation module, the generated screen file can be modified. The existing screen change module described above is used to modify the generated screen file. The content of the screen file generated in this way is as shown in FIG.

The screen contents can be modified using the existing screen change function from the generated screen file. And, this can generate an online screen if you want to modify based on the current online screen.

Finally, through the screen file view module, the user can open the newly designed screen file and the corresponding file in the previous work file (SAPGM file) at the same time and compare the screens. That is, as shown in FIG. 8, the user can easily check the changed contents by simultaneously viewing the previous screen and the changed screen. This is useful for screen testing.

Next, Figure 5 is a flowchart of the operation according to the screen work file production process for financial services according to the present invention.

As shown in the drawing, when a user first inputs various values on the screen design tool, the screen is manufactured based on the data input to the screen design tool. When creating a new screen like this, the user first sets up a new screen production module. After that, information about the screen to be produced is input (step 110).

Then, the screen is produced by the input information. The input information is then converted into data corresponding to the screen production equipment (step 130). That is, the screen information inputted by the screen design tool is converted into a screen source that can be compiled in the screen production equipment. Thus, the present invention automatically generates a screen source associated with the input screen information. Therefore, there is no need to input a screen source separately later.

Then, the generated screen source is transmitted to the screen production equipment (step 140). The screen source is compiled and linked by itself in the screen production equipment (step 160). This compiled and linked screen source is then debugged (step 170). That is, a new screen is finally generated by checking whether there is an error in the program (step 180).

Next, the information that can be input when designing the screen will be described by way of example.

The screen information is adjusted when a new screen is produced or when an existing screen is changed. In order to input the information on the screen, the screen information setting mode should be selected first.

Information that can be input during screen design includes screen information, screen image, field attribute, stripe input display information, and changes. Next, the information will be described in detail with reference to the accompanying drawings.

The screen information input screen is as shown in FIG. That is, in order to set the screen information, the user selects the screen information on the screen information setting. On the screen information, the user may set the information on the screen function as shown. Here, the version, screen type, operation mode, screen call format, modify key setting, stripe information, line / backline information, and whether storage is possible are set.

When the screen information illustrated in FIG. 9 is input (selected), the input screen information is applied to the screen control information and the application program information in the screen source. Therefore, the screen information input by the user in FIG. 9 is applied to the screen control information and the application program information shown in FIG. 4 as it is and recorded.

Next, FIG. 10 is a screen image and field attribute input screen, which is displayed when the user selects "item setting" on the screen information setting. The screen image is an editor that can edit the image displayed on the screen. As shown in the figure, the position is displayed in the upper left corner of the screen as coordinates and an error message is displayed when the screen is over the screen display area. Also check the ID card location.

Therefore, the user creates a screen image that he wants to be displayed on the financial terminal for the financial business. The screen image thus created is applied and recorded as screen display information on the screen source of FIG. 4. In this embodiment, 30 items (account number, total amount, ..., other characters, etc.) can be set on the screen image. Thus, there are 30 fields.

The fields created from the screen images are set by the field property input process. In other words, input fields, character fields, skipstops, minus inputs and check digit information of each field are selected by clicking in the field attribute. In addition, an arithmetic function is specified for each field so that functions such as sum and check are processed. The information input in accordance with the field attribute is applied to the field attribute information, field data check information, and arithmetic function information on the screen source shown in FIG.

Next, FIG. 11 is a screen for inputting stripe information. When the stripe input display information is a bankbook stripe read screen, the stripe input display information is designated so that the account, balance, number of rows, etc. of the stripe can be displayed in the field. This selects " stripe display information ", resulting in a stripe display field setting block as shown. Then, the user sets the stripe information by inputting a desired value here.

When the stripe display information is input, it is applied to the field attribute information of the screen source file and recorded.

In addition, the change shown in FIG. 12 refers to inputting the changed part as text as compared to the existing screen and to test the screen after the screen is manufactured. The screen for inputting the change is shown in FIG. 8. That is, the user can input the change contents by selecting "change contents ..." on the item setting. When the "Changes ..." is selected, the changes and confirmation block appears, the changes are entered here.

Through the above process, the user can design the desired screen. At the same time, the user selects and needs items are displayed on the screen request as shown in FIG. 7 to generate one unified screen request.

In this way, a unified screen request is generated from any user, and the screen source generated automatically when the screen request is created is transmitted to the screen production equipment DDP80 (step 140).

The screen source is compiled and linked in the screen production equipment (step 160). This compiled and linked screen source is then debugged (step 170). That is, a new screen is finally generated by checking whether there is an error in the program (step 180).

Next, FIG. 6 illustrates a relationship between screen information input by a screen design tool and a screen source when the screen is manufactured.

When creating a new screen or changing an existing screen, various information can be input for the screen. Information that can be input includes screen information for setting various information about screen functions, screen image for editing the image displayed on the screen, field properties for setting the function of the field generated by the screen image unit, stripe reading screen In this case, there are stripe input display information indicating that the stripe data can be displayed in the field, and a change content for inputting a changed portion compared to the existing screen.

The screen information unit may set information on screen type, operation mode, multiple screen setting, modifi key setting, stripe availability, and affect screen control information and application program information of a screen source.

The screen image unit displays the position by coordinates, displays an error message when the screen is over the screen display area, checks the ID card position, and affects screen display information of the screen source.

In the field attribute, the user can set whether input is required, character field, skip stop, check digit information, and negative input or not, and the input data is stored in the field attribute information, field data check information, and operation function information of the screen source. affect.

Through the stripe display information, the user may designate to display the account, balance, number of rows, etc. of the stripe in the field when the bankbook stripe reading screen is performed. The data entered in this way affects the field attribute information of the screen source.

Finally, the change is characterized in that it is referenced during the test after the screen production.

Thus, by using the screen design tool according to the present invention, it is not necessary to input a screen source for each step. That is, since the above-described screen input information is associated with and affects the screen source itself, the trouble of inputting the screen source separately by the user is eliminated. In this way, the screen production is automatically processed by the value input through the screen, so that the process according to the screen production is simple and quick.

By using the screen design tool as described above, the screen is designed by relying on the screen designation when working with the existing general editor. .

As described above, the screen business file manufacturing method for financial services according to the present invention can be easily and accurately produced by providing a user with a tool for designing a screen. In addition, there is an advantage that can be effectively used when requesting the screen by managing the screen by version.

In addition, since the manual design time is reduced through the screen design produced by the screen design tool, the screen production time can be shortened, and the error occurrence rate during compilation of the screen source due to computerization can be reduced, thereby improving work efficiency. There is an advantage.

In addition, by increasing the degree of completeness of the screen by computerizing and processing the parts made by hand in the screen production process, the user has a high reliability for the screen.

Claims (1)

In a method for generating a screen source file recognizable on a screen production equipment for financial business: A screen information input step of setting various information on a screen function and applying to screen control information and application program information in a screen source file; Selecting an image displayed on the screen and inputting the screen image to be applied to the screen display information in the screen source file; A field attribute input step of setting a function of a field generated by the screen image input and applying to field attribute information, field data check information, and arithmetic function information in a screen source file; In the case of the stripe reading screen, the stripe data is designated to be displayed in the field, and the stripe input display information input step is applied to the field attribute information in the screen source file. The information input of each input step is performed by selection of a screen design tool, and at the same time as the input of information is completed, a unified screen request and a screen source file are automatically generated. .