JPS62262168A - Program - Google Patents

Abstract

PURPOSE:To constitute a program which can be shared by an on-line and an off-line, by supplying a part which mutually supplements the respective lacking parts, to the common part of an on-line program and an off-line program, and also, imposing a certain limit on its use. CONSTITUTION:A shared program is constituted of a primary task 110 for executing a processing to an input and a secondary task 120 for sending and receiving a telegraphic message. The task 110 is provided with a KB/CRT processing part 10, an input data processing part 11, an output data editing part 12, and an inter-task communicating part 13, and at the time of an on-line operation, the parts 11, 12 are not used. The program is constituted so that at the time of an off-line operation, by the parts 11, 12, a data inputted from a terminal is edited to a received telegraphic message format at the time of the on-line operation and sent to the secondary task, and processed in the same way as the time of the on-line operation in a reception processing part 16, an analysis processing part 17, and an output processing part 18.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention is applicable to programs, especially those that require the function of receiving and outputting messages via a line, such as broadcast messages and money order messages in online systems for banking. Regarding the program structure of offline programs and on-2-in programs.

[Conventional technology]

As is well known, in online systems such as the Punky Eve system, it is necessary to develop at least one offline program and multiple offline programs. This is shown in Figures 2 and 3.

The online program shown in FIG. 2 consists of a KB/CRT processing unit 20 and an inter-task communication unit 23, a primary task 210 that performs online processing for input from a keyboard/display terminal 200, and an inter-task communication unit 24. , transmission processing section 25, reception processing section 26, analysis processing section 2
7 and an output processing unit 28, which transmits and receives messages via a line 29, and a secondary task 220 which outputs to an output device 250.

In addition, the offline program shown in Figure 3 is
It consists of an RT processing section 30, an input data processing section 31, an output data editing section 32, a reception processing section 36, an analysis processing section 37, and an output processing section 38.
00 or the data input from the line 39 and outputs the processed data to the output device 350. The data input through the line 39 are broadcast telegrams, money order telegrams, and the like.

KB/CRT processing units 20 and 30. Reception processing units 26 and 36
, the analysis processing units 27 and 37 and the output processing units 28 and 38 have the same configuration.

FIG. 5 is a flowchart showing the processing contents of the output data editing section 32.

Under the control of the KB/CRT processing unit 30, the keyboard
The data input from the display terminal 300 via the input data processing unit 31 is edited into output types (step @). As a result, for example, in the case of an offline program in which three types of output formats, file, slip, and journal, are specified, three records are individually generated as shown in FIG.

In step [phase], the next processing instruction is given according to the I10 instruction issuing procedure, and unless the processing is completed (step [stock])
/O command issuance instruction (step [phase]), control right is transferred to the output processing section 38, and the I/O command in the output processing section 38 is
10. Monitor the completion of the instruction (step [phase]). Then, when the I10 command is completed, return to step [phase] and repeat steps [phase] to step [phase] at step [stock] (
7) L/Code: In the example, this is repeated until the end of output processing for three records is detected.

[Problem that the invention seeks to solve]

Although there is considerable overlap between conventional on-2-board programs and offline programs, there is a lot of waste because they are developed separately, and in online programs, the output data is not edited in advance. Since the data is received in the format, it is sufficient to just output it to the analysis processing unit as is, but for offline programs that require the development of multiple files, as mentioned above, you can edit the output data yourself in the output format and use I10. There is a problem in that the structure becomes complicated and development becomes difficult because it is necessary to incorporate instructions for issuing commands.

[Means for solving problems]

The program of the present invention consists of a primary task that processes input from a keyboard/display terminal, and a secondary task that sends and receives messages via a line.The secondary task sends and receives messages via the line or from the primary task. a reception processing unit that performs control to receive the received message; an analysis processing unit that analyzes the output destination code of the received message to determine the output destination; and an output that controls the output of the received message to the determined output destination. It has a processing unit, and the primary task still has data and I1 as an output destination for input during offline operation.
It is characterized by having an output data processing unit that edits the 0 issuing command procedure in the form of received messages via a line, and can be used in both online and offline operations.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention.

Referring to FIG. 1, in this embodiment, the KB/CRT processing section 1
0, a primary task 110 consisting of an input data processing section 11, an output data editing section 12, and an inter-task communication section 13, an inter-task communication section 14, a transmission processing section 15, a reception processing section 16,
The secondary task 120 includes an analysis processing section 17 and an output processing section 18.

The KB/CRT processing unit 1o displays a guidance screen,
The input data processing unit 11 controls input by the keyboard/display terminal 100, such as controlling various keys, correcting input data, editing on a CRT, etc., and functions when the send key is pressed after data input for one screen. , checks the relevance between multiple pieces of data, checks operator identification, etc.

As shown in the fourth process flow, the output data editing unit 12 performs data editing (step [shares]) and I
10 Edit the issuing instruction procedure (step ◎) and edit it into the received message format (step [phase]).

FIG. 6 shows an example of a message edited in this manner by the output data editing section 12, and is composed of texts for three types of output formats: file, mail order, and journal. This message format is the same as the format of the message that the reception processing unit 16 receives via the line.

Inter-task communication units 13 and 14Vi, message box (
Messages are sent and received between the primary task 110 and the secondary task 120 via the memory area) 13 (1, 140), and the transmission processing unit 15 and reception processing unit 16 communicate via the line 19. Controls for sending and receiving messages respectively.

The analysis processing unit 17 extracts the output destination code of the received message, determines the destination, and passes the text corresponding to the output format to the corresponding subroutine of the output processing unit 18. The output processing unit 18 is composed of subroutines corresponding to output formats, performs output processing on the text input from the analysis processing unit 17, and outputs the text to the output device 150.

Now, when this program is used for online business, the input data processing section 11 and the output data editing section 12 do not function. Data input from the keyboard/display terminal 100 is sent via the KB/CRT processing section 101, intertask communication section 13.14, and transmission processing section 15.
The message output on line 9 and received from line 19 is
The signal passes through the reception processing section 16 and the analysis processing section 17, is processed by the output processing section 18, and is output to the output device 150.

When using this program for offline work, data input from the keyboard/display terminal 100 is transferred to the KB/CRT processing section 10 and the input data processing section 11.
is input to the output data editing section 12 through 1, as described above.
Inter-task communication section 13.1 after being edited into a reception type sentence format.
4, processed by the output processing section 18 via the reception processing section 16 and the analysis processing section 17.

The output device &150&C is output.

Even in offline operations, broadcast telegrams and money order telegrams are received from the single line 19 as described above, and these telegrams are also processed by the reception processing section 16, analysis processing section 17, and output processing section 18.
will be processed.

〔Effect of the invention〕

As explained above, the present invention adds an input data processing unit and an output data editing unit to the primary task of a conventional online program, and converts data input from a terminal during offline work to Received message format Km
By configuring the system to collect data and send it to a secondary task, the reception processing section, analysis processing section, and output processing section, which were previously dedicated to online operations, can now be used for offline operations as well. It is possible to provide a program that can be shared between online and offline operations, thereby greatly reducing the burden of developing this type of program.
Become.

[Brief explanation of drawings]

Fig. 1 shows an embodiment of the present invention, Figs. 2 and 3 show conventional examples,
FIG. 4 shows the processing flow of the output data editing section shown in FIG. 1, FIG. 5 shows the processing flow of the output data editing section shown in FIG. 3, and FIG. 6 shows the processing flow of the output data editing section shown in FIG. 1. The message format and FIG. 7 show the record format output by the output data editing section in the conventional examples shown in FIGS. 2 and 3, respectively. 10.20,30...KB/CRT, 11.
31. Old... Input data processing section, 12.32...
・Output data editing department, 13.14, 23.24...
... Inter-task communication unit, 15.25... Transmission processing unit, 16, 26.36... Reception processing unit, 17.
27, 37... Analysis processing section, 18, 28.38
...Output processing section, 19, 29.39...
・Line, 100, 200゜300...-Keyboard/Display/Terminal, 110゜210...
Primary task, 120, 220... Secondary task,
130,140,230.240... Message Po. m”−−−−−−−−=−=m

Claims (1)

[Claims] A primary task for processing input from a keyboard/display terminal, and a second task for transmitting and receiving messages via a line.
The secondary task consists of a reception processing unit that performs control to receive the message via the line or from the primary task, and a reception processing unit that analyzes the output destination code of the received message and determines the output destination. The primary task includes an analysis processing unit that makes a determination, and an output processing unit that controls the output of the received message for each determined output destination, and the primary task is configured to perform an analysis process for each output destination with respect to the input during offline operation. A program comprising an output data processing unit for editing data and I/O issue command procedures in the form of received messages via the line, and enabling joint online operation and offline operation.