JPH03237562A - Output/formation processing method for microfish - Google Patents

Abstract

PURPOSE:To efficiently utilize existing output/formation information at the time of revising a microfish and to easily form a new edition by arraying data records to be recorded in respective frames of the microfish in the order of records and adding header title information records to respective records. CONSTITUTION:An output information processing part 31 in a computer 30 analyzes output information 2 and forms functional information, module information and so on. A title formation part 32 forms header titles from the control information of the output 2 and adds the formed titles to respective pages. Respective header titles are a system sort name, a data number, a program name, a feeding date, and so on. An output editing part 33 edits data by a prescribed format and outputs the edited result to a magnetic tape 7. In order to form a microfish, the contents of a magnetic tape 8 are read out and inputted to an output forming device 34, a processing part 35 processes a header title and its following data and controls a microfish output part 12 to successively record the data and a required header title in the microfish. In this constitution, input information from the computer to a microfish output forming device can be easily and efficiently edited.

Description

[Detailed Description of the Invention] [Summary] A microfiche output creation processing method that facilitates editing such as adding and changing information input from a computer to a microfiche output creation device regarding processing of computer output into microfiche. For the purpose of this, output creation information is input, and the output creation information is arranged in each data record of a predetermined length obtained by dividing the required output data, with a header title information record in a predetermined format attached, and the output creation information is arranged. , each data record is identified by each header title information record, and the data records are sequentially recorded in each predetermined frame of the microfiche in order from the beginning of the arrangement on the output creation information, and each For each microfiche, a predetermined header title is generated from the header title information record attached to the data record to be assigned first, and is recorded in the frame at a predetermined position.

[Industrial application field]

The present invention relates to a microfiche output creation processing method for processing computer output into microfiche.

[Conventional technology]

- Figure → shows a configuration example of a system that converts computer output into microfiche, and the output information processing section 3 of the computer 1 is
For example, output information 2 such as a program list edited in a format to be output to a line printer device is manually analyzed, the start and end lines of each module, page, etc. A predetermined flower character representing the module name is generated to indicate the start of the module, and is inserted at a predetermined page position.

The control command execution unit 5 sequentially photographs the additional frame and each page of data onto each frame of the microfiche, and when one microfiche is completed, the control command execution unit 5 sequentially photographs the additional frames and each page of data so that when one microfiche is completed, the next microfiche is sequentially transferred. A control command is generated to cause the output generation device 10 to perform control. The output editing section 6 edits the above information into a predetermined format and outputs the output creation information to a storage medium such as a magnetic tape storage device 7, for example.

The output creation information is, for example, in a format in which the above-mentioned control command sequence is attached to each record of data to be output to each piece of microfiche, and the control command sequence allows the positioning of the piece, switching of the microfiche, etc. Enable necessary control.

When creating a microfiche in which the content of the output information 2 is photographed and recorded, the output creation information recorded on the storage medium is transferred from the magnetic tape storage device 8 to the output creation device 1.
The control command execution unit 11 interprets the control command part of the read output creation information read into 0, controls the microfiche output unit 12 accordingly, and sequentially passes the data records in the output creation information to each frame. Record the data and create an output microfiche.

[Problem to be solved by the invention]

According to this system, in the output creation information generated by the computer 1 and input to the output creation device 10, the recording position of each data on the microfiche is determined as described above, and the output creation device 10 is controlled accordingly. Control instructions for this are included along with the data.

Therefore, when creating a new version of microfiche due to changes, additions, deletions, etc. to program modules corresponding to the program list to be output, even if you try to use the output creation information of the old version that has already been generated, the microfiche As the arrangement on the file changes, it becomes necessary to replace the position of the title or change the control command almost everywhere other than the changed part, which causes a problem in that processing takes time.

The object of the present invention is to provide a microfiche output creation processing method that facilitates editing such as adding and changing information passed from a computer to a microfiche output creation device.

[Means to solve the problem]

FIG. 1 is a process flowchart showing the configuration of the present invention.

The figure shows the configuration of a microfiche output creation processing method, in which output creation information is input in processing step 20, and the output creation information is added to each data record of a predetermined length obtained by dividing the required output data into a header in a predetermined format. In processing step 22 and processing steps 24 to 27, each data record is identified by each header title information record from the output creation information, and the data record is arranged with a title information record. The header title attached to the data record that is first allocated for each microfiche is recorded sequentially in each predetermined frame of the microfiche in order from the beginning of the arrangement on the creation information, and in processing steps 21 to 23. A predetermined header title is generated from the information record and recorded in the frame at a predetermined position.

[For production]

With the processing method of the present invention, the output creation information simply arranges the data records to be recorded on each piece of microfiche in the recording order, and does not include control information specific to the position on the microfiche. No change occurs due to a change in the recording position of .

In addition, since a header title information record is attached to each data record, no matter where the break in the microfiche moves, the header title information record attached to the data record recorded as the first data record of each microfiche will ensure that the break in the microfiche moves. You can record the header title on microfiche.

As described above, when revising output information, etc., existing output creation information can be efficiently used to easily create a new version of output creation information.

〔Example〕

FIG. 2 shows an example of the configuration of a system for converting computer output into microfiche.
1 inputs and analyzes output information 2 such as a program list, identifies and classifies each start and end line of a module, page, etc., and outputs it as management information necessary for output creation information to be generated. As data to be included in the information, a function information record such as a function salt indicating the entire program, a module information record as management information for each module, etc. are generated.

Further, the title generation unit 32 generates header title information from the management information in the output information 2 and adds it to, for example, each page of the output information as each data record. Each header title information includes the system type name, document number, program provision date, program name, program version number, program development group name, etc.

The output editing unit 33 edits the above information into a predetermined format and outputs the output creation information to a storage medium such as the magnetic tape storage device 7, for example. In this case, control characters indicating the type of each type of record are added to the beginning of each type of information record to enable identification. Further, the roux code following the header title information record indicated by the control character H is defined as a data record.

Figure 3 shows an example of the configuration of output creation information, with a function information record for control character F at the beginning, a source module information record for control character M, and a library member information record for control character L at the beginning of each module. ,
Module information consisting of an alias information record for the control character A is placed, followed by a header title information record and data record pair for output data such as a compilation list of the program of that module.

In the case of a compiled list, each data record is, for example, one page of data with a maximum of 64 lines.

When creating a microfiche, the output creation information recorded on the storage medium is read from the magnetic tape storage device 8 into the output creation device 34. The processing unit 35 scans the read output creation information record from the beginning using the control character, detects the header title information record using the control character H, and converts the header title information record and the following data record as shown in FIG. By performing the processing shown in FIG. 3, the microfiche output unit 12 is controlled to sequentially record data records and required header titles on the microfiche.

In this example, module information is used as module start information, and one frame indicating the start of the module is inserted.

FIG. 4 is a flowchart showing a detailed example of the processing of the output creation information shown in FIG. 3 by the processing unit 35. In addition, the microfiche is arranged in 14 columns x 16 rows as shown in Figure 5.
It consists of 24 pieces.

First, the processing unit 35 initializes necessary control information and the like in a processing step 40, reads the header title information of the first record of the control character H, and creates a flower character representing a predetermined header title based on the contents thereof. This flower character is recorded on the 16 pieces of the first line under the following control.

Here, the records of the output creation information are processed again in the order of arrangement from the beginning.First, in processing step 41, a microfiche is set, and starting from the first column, the first
After processing from the row to the 14th row, the processing proceeds in the order of proceeding to the next column.It is identified in processing step 42, and if it is the first row, one frame of the header title is recorded in processing step 50.

If it is not the first row, then in processing step 43, if it is not the 224th frame (the last frame of one micro-file, the 14th row, 16th column), then in processing step 44, the control character M or H record or The records are read sequentially until the end of the output creation information is detected, and when the end is reached, processing step 54
If the record is a control character M, a flower character for identifying the module is created from the contents of the record in step 49, and is recorded in the frame.

If the record has the control character H, H is entered in processing step 47.
Record the data record following the record in that frame. When the recording is completed, the frame is advanced to the next one in processing step 48, and the process returns to processing step 42, where the above processing is repeated.

In this way, when the final piece of the microfiche has been reached, the process proceeds from processing step 43 to processing step 51, and index information is added to the final piece, for example, by assigning coordinate values indicating the position of the starting piece of each module in the microfiche. After that, in processing step 52, a header title is created using the next H record, and processing step 4
Return to step 1 and repeat the process from the next set of microfiche. Note that if there is no next H record, the process goes to step 54 and ends.

〔Effect of the invention〕

As is clear from the above description, according to the present invention, in converting computer output into microfiche, information input from the computer to the microfiche output creation device is added,
This has the effect that editing such as changes can be done easily and efficiently.

[Brief explanation of drawings]

Fig. 1 is a flowchart of processing showing the configuration of the present invention, Fig. 2 is a block diagram of the system configuration of the present invention, Fig. 3 is an explanatory diagram of the configuration of output creation information of the present invention, and Fig. 4 is processing of the processing section. 5 is an explanatory diagram of microfiche, and FIG. 6 is a block diagram of a conventional system configuration. In the figure, 1.30 is a computer, 2 is output information, 7.8 is a magnetic tape storage device, 10134 is an output creation device, 11 is a control instruction execution unit, 1
2 is a microfiche output section, 20 to 27, 40 to 54 are processing steps, and 35 is a processing section. Fig. 1 is a flowchart of processing showing the configuration of the present invention.Example of system configuration of the present invention.Bronk diagram.Explanatory diagram of the configuration of output creation information of the present invention.Flowchart of processing of the processing unit.

Claims (1)

[Claims] Output creation information is input (20), and the output creation information is arranged in each data record of a predetermined length obtained by dividing required output data, with a header title information record in a predetermined format attached. , from the output creation information, identify each data record by each header title information record, and sequentially place the data records in each predetermined frame of the microfiche in order from the beginning of the arrangement on the output creation information. (22, 24 to 27), and for each microfiche, generate a predetermined header title from the header title information record attached to the data record initially allocated, and record it in the frame at a predetermined position. (21-23) A microfiche output creation processing method characterized by the following.