JPH0258125A - Processing component generating method - Google Patents

Abstract

PURPOSE:To easily prepare a program by executing processing definition when data definition is executed, and generating it as a processing component when a program interface is generated. CONSTITUTION:A data defining means 15 inputs data structure information from a distributing device 14, checks whether or not is conforms to a grammar rule, applies and displays it to a synthesizer 13 as the data definition, and stores it into a defined data storing device 17. A processing defining means 18 inputs the checking information and deriving information of the data structure from the distributing device 14, checks whether or not they are suitable based on the data definition, applies and displays them to the synthesizer 13 as the processing definition, and stores them into the defined data storing device 17. A processing component generating means 20 inputs the instructing information of program interface generation from the distributing device 14, generates the processing component based on the data definition and the processing definition, applies and displays it to the synthesizer 13, and stores it into a processing component storing device 22. Thus, each program is unnecessary to describe the check and deriving of the data, and the program can be easily prepared.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention is applied to a processing component generation method for an information processing device. In particular, the present invention relates to a method in which, when defining software data for an information processing device, a processing program that handles data to be processed is defined based on the data definition, and is generated as a processing component when a program interface is generated.

〔overview〕

In a processing component generation method, the present invention creates a processing definition including an inspection definition and derivation definition when defining data, and generates it as a processing component when generating a program interface, thereby writing data inspection and derivation in each program. This simplifies the creation of programs as there is no need to do so.

[Conventional technology]

FIG. 5 is a diagram showing the relationship between data definition and program means of a conventional processing unit generation device.

Conventionally, in the processing component generation method, it was necessary to define a program and data separately, and to create and execute a program by quoting the data definition in the program definition and linking it with the data processing in the program.

Figure 5 is an example of this. Conventionally, the data attribute structure was defined using a data definition tool, and a program interface (
In this case, it was necessary to generate a registry library original text, quote it on the program side, and write processing descriptions such as data check in each program.

[Problem that the invention seeks to solve]

However, in such conventional processing component generation methods, the program and data are defined separately, and the data definition is quoted in the program and linked to the data processing in the program to create and execute the program. However, there was a drawback that data inspection and processing had to be written in individual programs.

The present invention solves the above-mentioned drawbacks and aims to provide a processing component generation method that does not require writing data inspection and derivation in individual programs.

[Means for solving problems]

The present invention provides a processing component generation method that includes an input device, a display device, and a synthesis device that converts given data into display data and provides it to the display device, in which information input from the input device is A sorting device that sorts and outputs data based on its contents, a definition data storage device, a processing parts storage device, and inputs data structure information from the sorting device and checks whether it matches the grammatical rules and outputs the data as the data definition. A data definition means that supplies the data to the synthesis device and the definition data storage device, and inputs the data, structure inspection information, and derivation information from the distribution device and is valid based on the data definition stored in the definition data storage device. a processing definition means that inspects the processing definition and provides it as a processing definition to the synthesis device and the definition data storage device; and a data definition and processing that inputs program interface generation instruction information from the distribution device and is stored in the definition data storage device. The present invention is characterized by comprising processing component generation means for generating processing components based on definitions and providing them to the synthesis device and the processing component storage device.

[Effect]

The data definition means inputs the data structure information from the sorting device, checks whether it matches the grammar rules, provides it as a data definition to the synthesis device for display, and stores it in the definition data storage device. The processing definition means inputs inspection information and derivation information of the data structure from the distribution device, checks whether it is valid based on the data definition stored in the definition data storage device, and provides it as a processing definition to the synthesis device for display, It is also stored in the definition data storage device. The processing component generation means inputs instruction information for program interface generation from the distribution device, generates processing components based on the data definition and processing definition stored in the definition data storage device, provides them to the synthesis device for display, and also performs processing. Store in the parts storage device. The above operation makes it possible to easily create a program without having to write data inspection and derivation in each program.

〔Example〕

Embodiments of the present invention will be described with reference to the drawings. 1st
The figure is a block diagram of a processing component generation device according to an embodiment of the present invention. In FIG. 1, the processing component generation device includes a keyboard input device 12 as an input device, a display device 11,
Convert the given data to display data and display it @
11.

Here, the features of the present invention include a sorting device 14 that sorts and outputs information input from the keyboard input device 12 based on its contents, a definition data storage device 17, a processing parts storage device 22, A data definition device 15 and a definition data output device 16 as data definition means that input data structure information from the distribution device 14, check whether it matches the grammar rules, and provide it as a data definition to the synthesis device 13 and the definition data storage device 15; The inspection information and derivation information of the data structure are inputted from the distribution device 14, checked for validity based on the data definition stored in the definition data storage device 17, and processed as a processing definition by the synthesis device 13 and the definition data storage device 17. A definition data output device 16, a process definition device 18, and an input device 19 serve as process definition means for providing
and a process of inputting instruction information for program interface generation from the distribution device 14, generating processing parts based on the data definition and processing definition stored in the definition data storage device 17, and providing them to the synthesis device 13 and the processing component storage device 22. An input device 19 and a processing component generation device 2 serve as component generation means.
0 and a processing component output device 21.

The operation of the processing component generation device having such a configuration will be explained. FIG. 2 is a diagram showing the relationship between data definitions, processing components, and program means of the processing component generation device of the present invention.

FIG. 3 is a diagram showing processing components of the processing component generation device of the present invention. FIG. 4 is a flowchart showing the operation of the processing component generation device of the present invention.

Figure 2 shows an example of the relationship between data definition, processing components, and programs.Data definition and processing definition are performed during data definition, and processing components are generated when the program interface (in this case, library original text) is generated. A program can be created by quoting the program interface of the definition and quoting the processing components.

FIG. 3 shows an example of an inspection component program interface and a derivation program interface as an example of a data definition program interface and a component program interface using the same.

In FIGS. 1 and 4, the keyboard input device 12
The data structure (data format, data length, etc.) is input (Sl), and the distribution device 14 distributes the data to the data definition device 15 (S2). The data definition device 15 checks whether the data definition is grammatically correct (33, S4
), the result is displayed on the display device 11 using the synthesis device 13, and is stored in the definition data storage device 17 using the definition data output device 16 (S5).

Next, when the data definition is completed, based on the data of the data structure, inspection is performed according to the data format and data length of each element that makes up the data structure (the range of data to be acquired,
(value to be acquired, conditions to be tested, processing, etc.) and derivation (factors of data generation, data source, derivation processing, etc.) from the keyboard input device 12 (S6)
, is distributed to the process definition device 18 by the distribution device 14 (S7)
. The process definition device 18 checks whether the inspection description and derivation description inputted from the definition data storage device 17 are valid based on the data structure stored in the definition data input device 16 (S8, S9), and stores the results. Synthesizer 1
3 to display the process definition on the display device 11, and use the definition data output device 16 to store the process definition in the definition data storage bag @17 (SIO).

Next, instruction information for program interface generation is received by the keyboard input device 12 (Sll), and data is passed to the processing component generation device 20 by the distribution device 14 (312).
. The processing component generation device 20 reads data definitions and processing definitions from the definition data storage device 17 using the input device 19 (513), generates processing components 514), and displays them on the display device 11 using the synthesis device 13. At the same time, the processed component output device 21 is used to store the processed component storage device 22 (S15).

〔Effect of the invention〕

As explained above, the present invention has the advantage that data structures and processing can be defined at once and managed as a whole, and programs can be easily created without the need to write data inspection and derivation in individual programs. be.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a processing component generation apparatus according to an embodiment of the present invention. FIG. 2 is a diagram showing the relationship between data definitions, processing components, and program means of the processing component generation device of the present invention. FIG. 3 is a diagram showing processing components of the processing component generation device of the present invention. FIG. 4 is a flowchart showing the operation of the processing component generation device of the present invention. FIG. 5 is a diagram showing the relationship between data definition and program means of a conventional processing component generation device. 11...Display device, 12...Keyboard input device,
13...Synthesizing device, 14...Distributing device, 15...
Data definition device, 16...Definition data output device, 17
... definition data storage device, 18... processing definition device,
19... Input device, 20... Processing component generation device, 2
1... Processed parts output device, 22... Processed parts storage device.

Claims (1)

[Claims] 1. In a processing component generation method that includes an input device, a display device, and a synthesis device that converts the given data into display data and provides it to the display device, the information input from the input device is converted into its contents. a distribution device that distributes and outputs the data based on the data definition, a definition data storage device, a processing parts storage device, and a synthesis device that inputs data structure information from the distribution device, checks whether it matches the grammar rules, and outputs the data as a data definition. and data definition means for providing the definition data storage device,
The inspection information and derivation information of the data structure are input from the sorting device, and the validity is checked based on the data definition stored in the definition data storage device, and the process definition is processed by the synthesis device and the definition data storage device. processing definition means for inputting instruction information for program interface generation from the distribution device and generating processing components based on the data definition and processing definition stored in the definition data storage device; 1. A processing component generation method comprising processing component generation means for supplying a processing component to a storage device.