JPH02165226A - Automatic setting/processing system for processing order - Google Patents

Abstract

PURPOSE:To provide codes which are made hierarchic automatically by providing a procedure hierarchy generation processing part which checks the contents of procedure correspondence information tables and assigns block processing order information and in-block processing order information. CONSTITUTION:Procedure names showing 'selection', an object number as to an input resource in use, an object number as to an output resource to be outputted, block processing order information, and in-block processing order information are described in respective procedure correspondence information tables 21 - 24. For example, when 'selection, input table 1, and coupling table 1' are specified, the procedure hierarchy generation processing part operates to generate the block processing order information and in-block processing order information, which are displayed 11 on a display screen 10; and a procedure of 'selection' is processed by using an input table 1 to indicate that the coupling table 1 is outputted and that the corresponding procedure is in block processing order '01' and in in-block processing order '01' as the processing order in the corresponding block.

Description

[Detailed Description of the Invention] [Summary] A processing program dialogue creation processing device configured to create a processing program in an interactive format and capable of displaying the linked form of linked procedures on a display screen. To clarify the hierarchical relationship regarding procedures1
For the purpose of automatically adding layered codes, one procedure correspondence information table is created corresponding to each year's continuation, and the contents of the procedure correspondence information table are examined to determine the processing order. The structure includes a procedure hierarchy processing section that allocates information and intra-block processing order information.

[Industrial application field]

The present invention provides a processing order automatic setting processing method, in particular, a processing program dialog creation processing device configured to create a processing program in an interactive format, and capable of displaying the linking mode of linked procedures on a display screen. This invention relates to an automatic processing order setting processing method.

Recently, a desired processing program has been created by interacting with a single display screen and linking "procedures" which are processing units (also referred to as units) in a connection relationship of the resources to be used. Then, each of the linked "procedures" is displayed on the display screen to show how they are linked, and corrections are made as necessary.

[Conventional technology]

In order to clarify the order of processing for each consecutive year that is generated one after another, one piece of processing order information is given, but in the conventional case, the processing program creator (hereinafter referred to as the user) Methods such as numbering the serial number appropriately were adopted. That is, as shown in FIG. 4, for "Process A", "Process I", "Process U", "Process E", etc. corresponding to "Procedure", the processing order rlJ is determined as appropriate.
, r2Jr3J, r4J, . . . , even when a code is activated and displayed on the two display screens, the code is only displayed serially according to the code.

[Problem to be solved by the invention] In the above conventional case, 1, for example, the continuation of each year is shown in Figure 5 (A).
Even if there is a one-layer relationship in which the flows of the five processes branch off or merge as shown in Figure 5 (B), they must be displayed serially as shown in Figure 4. I don't get it.

For this reason, the relationship between the five layers was not clear, and the processing program was extremely complicated and error-prone.

An object of the present invention is to automatically energize two-layered code in order to clarify the hierarchical relationship of connected procedures.

[Means to solve the problem]

FIG. 1 shows a basic configuration diagram of the present invention. In the figure, reference numeral 10 is a display screen, 11, 12, 13, 14, . . . are displays corresponding to procedures, 21, 2223, 24, .・・・・・・
・represents a procedure correspondence information table.

Each continuation is generally expressed by describing three procedure names, input source names to be used, and output resource names to be output. In one embodiment of the present invention, the assigned "hierarchical code" is displayed as processing order information. In the illustrated example, that is, rol-01 selection input table 1 concatenation table 1,
It is expressed that the procedure "select" executes processing using input table 1 and outputs concatenation table 1, and the procedure is "01" in the block processing order and the processing order in the block is "01". It is indicated that it is "Ol" in the processing order within the block.

Continuation corresponding information table 21, 22 for each year. For example, (1) the procedure name representing the above "selection" and (ii) the object number for the input resource to be used (in the above example, the number representing input table 1).
(iii) The object number for the output\Ttx to be output (in the above example, the number representing the concatenation table 1, (iv) the block processing order information (01 in the above example), (■ ) Intra-flock processing order information (
In the above example, 01) is written.

[Effect]

As the user generates procedures one after another to create a processing program, the user specifies 1, for example, "selection, input table 1. concatenation table 1" as shown in Figure 1. 1. A procedure hierarchy processing unit (not shown) operates, examines the contents of the generated procedure, and automatically creates the block processing order information and the intra-block processing order information. Then, it is displayed on the 9 display screen 10 and written in the 5 procedure correspondence information table 21, etc.

〔Example〕

FIG. 2 shows a processing flow of an embodiment of the present invention.

FIG. 3 shows an example of processing. The processing is performed as follows.

That is, Processing ■; Previous procedure (same as unit) Check the details of the processing in The content of 1 is as shown in Figure 5 (A). In the case of separation, as shown in Figure 5 (B) Check whether it is a case of matching. both If so, proceed to process (■).

Process ■: In cases other than matching and sorting, check the type of input resource for the 3 procedures. If one input resource is an "input table", the process proceeds to process (2).

Process ■: If the input resource is not an input table but a concatenation table, 2 Check whether the input resource is the same as the output resource of the previous procedure. If they are different, proceed to process (■).

Process ■: When processes ■, ■, and ■ are passed, the above-mentioned intra-block processing order information for the procedure is incremented by 1.

Process ■: For the procedure directed to the relevant process ■, it is assumed that the block needs to be updated, and the block processing order information is increased by 1.

Processing ■: Then, the processing order information within the program 7 for the procedure in question is initialized. That is, it is set to "01".

Figure 3 shows a processing example, and the code 102122 in Figure 2
corresponds to FIG. 1, 523 represents a procedure correspondence information table prepared for the next procedure, and 30 represents a procedure hierarchy processing section.

The figure shows a situation when a procedure corresponding to "edit" is instructed. That is, at this time, the procedure correspondence information table 21 has already been generated.

The content of the processing in the procedure hierarchy processing unit 30 is as follows.

This is the same as the case shown in FIG. In processing ■.

Processed because it is not the above-mentioned "matching" or "sorting" ■
Proceed to. Then, in process (2), since it is not the above-mentioned "input table", the process proceeds to process (2). Next, in process (2), since the output \ti in 6 "selection" and the input resource in "edit J" are the same "concatenation table 1" as described above, the process proceeds to 5 process (2). In the case shown in the figure, a part of the procedure correspondence information table 23 is assumed and generated in advance for the first procedure by adding 1 to the "intra-block processing order information" in the 1-procedure correspondence information table 22. ing.

〔Effect of the invention〕

As explained above, according to the present invention, one procedure is layered, so it is possible to perform a display as shown in FIG. 5(A) or FIG. 5(B) as necessary. Become.

[Brief explanation of the drawing]

Fig. 1 is a diagram of the principle configuration of the present invention, Fig. 2 is a processing flow of an embodiment of the present invention, Fig. 3 is a processing example, Fig. 4 is a conventional example, and Fig. 5 is a diagram of the principle of the present invention.
Figures (A) and (B) represent preferred display modes. In the figure, 10 is a display screen, 11.12. . . . is a display corresponding to the procedure, 21.22. . . . represents a procedure correspondence information table, and 30 represents a procedure hierarchy processing unit. Patent applicant Pfn Co., Ltd. (1 other person) Representative patent attorney Hiroshi Mori 1) (2 others) Example processing flow Figure 2 (Processing order) (Procedure) Process A process I process Conventional process shown in Figure 4 Example process 3rd display state 5th cause birch

Claims (1)

[Scope of Claims] A processing program is created by connecting each procedure, which is a processing unit, while specifying usable resources in an interactive manner while looking at the display screen (10), and the above-mentioned connection Display screen (10
) In a processing program dialog creation processing device that is configured to be able to display on A procedure correspondence information table (21, 22,... ), and determines whether the above procedure is a match or a distribution, and if it is a match or a distribution, updates the block processing order information and updates the intra-block processing order information. , and determines whether the input resource of the above procedure is an input table, and if it is an input table, updates the above block processing order information and initializes the above intra-block processing order information. and determining whether the input resource of the procedure is different from the output resource of the immediately preceding procedure, and if different, updating the block processing order information and initializing the intra-block processing order information. A procedure layering processing unit having at least four functions: (1) a function to count up the intra-block processing order information in addition to the above three cases;
30), and assigns a hierarchical code to each generated procedure based on the above block processing order information and the above intra-block processing order information, and based on the given code, performs the above procedure. A processing order automatic setting processing method characterized in that the hierarchical relationship between each procedure is displayed on a display screen (10).