JPH04174064A - Data processor - Google Patents

Abstract

PURPOSE:To prevent a procedure for closing a data file from not being set forgetfully by setting the procedure for closing the data file at the same time when a setting control means sets the procedure for closing the data file in a procedure input field. CONSTITUTION:A control means 19 forms various after memories M1... and tables T1... on a main storage means 20 and control means P2 - P5 which are realized by various programs execute a document filing function and a data processing function by using the buffer memories and tables. The procedure is set in a procedure input field of a table displayed on a display means and when a procedure for opening the data file is set, the procedure for closing the data file is also set at the same time. Consequently, when 'start' is set in a procedure input field, 'end' is set without fail.

Description

Detailed Description of the Invention (a) Industrial Application Field The present invention relates to a data processing device that registers a series of data processing procedures and executes data processing according to the registered procedures, and particularly relates to a data processing device that registers a series of data processing procedures and executes data processing according to the registered procedures. The present invention relates to a data processing device configured to allow registration.

(b) When performing conventional technical data processing, for example, when performing processing such as "outputting May application record data in a form",
■Open the data file that stores the application data, ■Select the data filed in May, ■Select the form to be output, and ■Output the selected data to the selected form. must be carried out.

There is a data processing device in which such a series of processing is programmed and data processing is automatically performed in accordance with the program.

(c) Problems to be solved In conventional data processing devices, the method of registering processing procedures is based on a program, which requires specialized knowledge and is difficult to register without a professional operator. There was a problem.

The inventor of the present invention has focused on the above-mentioned problem and has developed a data processing device configured to allow procedures to be registered in a table format in order to simplify the registration of processing procedures.

In such a data processing device, the procedure items to be registered include "Start", which specifies the data file to be processed and opens the data file, and "Start", which specifies the data file to be processed and opens the data file, and "Start", which specifies the data file to be processed and opens the data file, and "Start", which specifies the data file to be processed and opens the data file, and "Start", which specifies the data file to be processed and opens the data file, and There is a procedure called "End" that performs the closing process.

Then, enter the “Start” and “End” in the topsoil procedure input field.
By setting , and further setting the details of the specific process (processing to be performed with the data file open) (for example, sorting, selecting) between the "start" and "end", the process can be executed. It will be done. Also, "start" and "end"
Processing procedures to be performed with the data file closed (for example, saving (processing to back up the data file), printer type setting) can be set outside the space.

In this way, a data file is opened at the "start" of a processing procedure, but the opened data file must be closed after the processing is completed. This is because if other processing is executed without closing the data file, the data in the data file may be corrupted.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a data processing device that allows you to set "end" without forgetting to set "end" when "start" is set in the procedure input field. It is said that (d) Means for Solving the Problems The data processing device of the present invention registers a series of processing procedures for data processing, and performs data processing according to the registered procedures. a data file for storing data, a display means for displaying the processing procedure in a table format, an input means for setting a procedure in a procedure input column of the table displayed on the display means, and a display means for setting a procedure in a procedure input field of the table displayed on the display means; The apparatus includes setting control means for simultaneously setting a procedure for closing the data file when the procedure for opening the data file is set by input.

(E) When the procedure for opening a data file is set in the procedure input field by the action setting control means, the procedure for closing the data file is also set at the same time, so forgetting to set the procedure for closing the data file can be prevented.

(F) Embodiment An embodiment of the present invention will be described below with reference to the drawings. The device of this embodiment has a document processing mode that functions as a word processor, and a data processing mode that inputs record data in a card display format, performs various data processing such as sorting and selecting, and outputs the processing results in a card format, etc. This is an information processing device that can be switched, and has the hardware configuration shown in FIGS. 2-1 and 2-2 and the functional block configuration shown in FIG.

In FIG. 2-1, (1) is a central processing unit (CPU) consisting of a microprocessor, which performs control of various input/output devices, document processing, data processing, etc.

(2) is a main memory consisting of a dynamic RAM, which temporarily stores various programs, document files created in the document processing mode, and data processing files created in the data processing mode. (3) is a first auxiliary memory consisting of a hard disk connected to a bus (5) via a hard disk I10 ink face (4). The hard disk I10 interface (4) includes a hard disk control unit, and the D
Main memory (2) under the control of the RAM controller (6)
and the first auxiliary memory (3). (7) is a CRT as a display means, which is connected to the bus (5) via a CRT ink face (8). The CRT interface (8) includes a circuit that controls the CRT screen, and under the control of the central processing unit, the display code data is changed into a pattern by the character generator (9) and expanded into the display buffer memory (10). and CRT (
7).

(1) is a keyboard used as an input means for inputting data, text, etc. and selecting various functions, etc. The keyboard ink face (1) includes a circuit for the keyboard control circuit.
2) to the bus (5). The keyboard (11) basically has the key layout of a commercially available word processor, and as shown in Figure 2-2, the keyboard (11) has function keys (Fl) that change depending on the function mode.
~ (FIO) and fixed function specification function keys (
Fll)... The keyboard ink face (12) identifies the pressed keys, converts them into control signals and data signals, and sends them to the central processing unit (1). The central processing unit receives this control signal and executes various functions.

(17) reads photos and images with an image reader, and (
18) into the main memory (3) through the image reader interface. The control is performed by a central processing unit (1).

(13) is a printer such as a horizontal printer, laser beam printer, wire dot link, etc., and exchanges print data for printing, for example, 48 x 48 dot matrix characters, between the main memory (3) and the print buffer (not shown) of the printer (13). ) is connected to the bus via the printer ink face (14). Printing control is performed by a central processing unit (1
).

(15) is a floppy disk interface (16)
A portable second auxiliary memory consisting of a floppy disk connected to the bus (5) via the bus (5) is used to transfer document files and data files created by the embodiment device from the first auxiliary memory (3) and store them, etc. Store document files created using a document file creation device, etc. The floppy disk ink face (16) includes a floppy disk control section, and is configured to transfer high-speed data between the main memory (2) and the second auxiliary memory (15) under the control of the DRAM controller (6) according to a startup command from the central processing unit. Control transfers.

FIG. 1 shows a functional block diagram of the apparatus of this embodiment having the above-mentioned hardware configuration. That is, the control means (19) corresponds to various programs indicating control procedures of the central processing unit (1) and the central processing unit stored in the main memory (2) or the first auxiliary memory (3), and ) is the main memory (2
), the auxiliary storage means (24) corresponds to the hard disk (3
) and interface (4), floppy disk (1)
5) and interface (16), display means (
22) corresponds to CRT (7) and ink face (8), input means (21) corresponds to keyboard (11) and ink face (12), and printing means (23) corresponds to printer (1).
3) and the ink face (14), the image reading means (25) corresponds to the image reader (17) and the interface (18), respectively.

The control means (19) stores various buffer memories (Ml) and tables (T1) on the main storage means (20).
The control means (P2) to (P5) formed by the various programs (software) described above,
Document file functions and data processing functions are executed using the buffer memory and table. To explain the buffer and table, (M2) is a text memory that stores text created in document processing mode and card image data (text data) created in data processing mode, and (T2) is text memory that stores text in text memory (M2). A text management table that stores the number of pages, lines, pages being accessed, line numbers, etc. for managing data, (M3) stores multiple records consisting of multiple items (fields) input in data processing mode. (T3) is a record management table for managing the records in the record memory (M3), the number of items, records being accessed, item numbers, etc., and (T8) is a record memory for storing data in data processing mode. An item management table that stores data for managing items into which data is input, (M8) various work buffers and various registers used specifically for various processes, and (Ml) a program memory that stores various programs. , (T1) is the first
A directory table that records data necessary for reading and writing document files, data processing files, and various programs on the auxiliary memory (3), (M5) is a procedure record memory that stores procedure data input in the procedure mode. Yes, (T5) is procedure memory (M5)
The number of procedure records for managing procedure records in
A procedure record management table that manages the procedure record number being accessed, etc., (M6) is a panel memory that stores panel data used in procedure mode, and (T6) is a panel for managing panel data in the panel memory (M6). (M4) is a panel management table that stores the format, number of records on the panel, usage status of the panel, etc., (M4) is a condition memory that stores condition data that describes processing conditions for various record processing, data processing, etc., (T4) is A condition management table that stores conditioners, type of conditions, stored locations, etc. for managing condition data in the condition memory (M4), (M7) is a text memory, a record memory,
A memory buffer that temporarily stores part or all of the contents of the procedure record memory, etc. (T7) is a memory buffer that manages the type of data, amount of data, and other information stored in the memory buffer (M7). This is a management table.

To explain the control means, (Pl) is the main control means that performs the basic functions of the control means, and the input control means (
T2), file management means (T3), document processing means (T
4) Management and control of the data processing means (T5).

The input control means (T2) includes an input means (21), a display means (22), a printing means (23), and an auxiliary storage means (24).
, controls the image reading means (25), sends and receives control data between these (21), (22), (23), (24), and (25) and the main storage means (20), and also controls the image reading means (25). Character data and image data are transferred between (21) (22) (23) (24) (25) and the main storage means (20).

The file management means (T3) uses a directory table (T1) to access various files (document files, data files, dictionary files, font files, program files) recorded in the auxiliary storage means (24).
Logical management of files is performed using this data. The directory table (T1) contains data necessary for displaying on the document selection screen (for example, Fig. 4-2) and position information on the second auxiliary memory (15) of the file configured for the document. Contains information on the number of configuration files and usage status flags for each table.

The document processing means (T4) executes the functions of a Japanese word processor, and includes a kana-kanji conversion function that converts characters input from the input means (21) into 9 sentences including kanji and kana, various document editing functions, and the like. A document creation means (T41) has a document display function that displays the document being created on a display unit to facilitate editing work, and a document printing means (T42) that prints the edited document using a printing means (23). ) and other function control means.

The data processing means (T5) includes a card creation means (T51), a document creation means (T52), a record creation means (T53),
Display format management means (T54), record processing means (T
55), condition input means (T56), condition management means (T5
7), procedure design means (T58), panel design means (T5
9), procedure execution means (T510), panel design means (T
511) etc. The document creation means (T52) has the same function as the document creation means (T41), and the card creation means (T51) has the same function as the document creation means (T41), for example, when creating a new card.
3. The function of creating a card image (card format) as shown in Figure 3 using the function of the document creation means (T52), and defining the item name, type, etc. for the items (fields) into which data is input, and creating this definition data. Item management table (T8
). The card image and management data are stored in a text memory (M2) and a text management table (T2), respectively. Then, a document creation means (T52) having an access line pointer and an access column pointer indicating rows and columns that can be read (R)/written (W) to the text memory (M2) uses the same pointers and a text management table (T2). The text memory (M2) is read/written using the information. The card creation management means (T51) also has a function that is selected when a new card is not being created and displays cards that have already been created in the data file.

The record creation means (T53) includes a keyboard (11
) is displayed in the item input area (definition range) of the card created by the card creation means (T51), and stored in the record memory (M3), and the data for managing the records is displayed in the record management. Table (T3)
It has a read (W) function to store a specified record from the record memory (M3), and a read (R) 8m function to read out a specified record from the record memory (M3) and display it by combining it with the card image. This record creation means (T53) has an access pointer that designates a record that can be read/written.

The display format management means (T54) displays a record in a single-leaf card format (for example, see Figure 4-15) or displays multiple records at once in a list format (for example, in a 4-leaf card format).
-Refer to Figure 17).

The record processing means (P55) performs various record processing (data processing) functions such as selecting and sorting records, and for example, in the case of select processing, records that do not meet the selection specification conditions are removed from the processing target. Also, when the selection is canceled, all records are returned to the processing target.

The condition input means (P56) is the record processing means (P56).
55) is created from the input data from the keyboard (11), and stored in the condition memory (
M4). Condition management means (P57)
has a function of managing the type of condition created by the condition input means (P56) and written in the condition memory (M4), the position on the condition memory, etc.

The procedure design means (P58) creates procedure data describing a series of processes from the input data from the keyboard (11), displays it on the display means (22), and stores it in the procedure record memory (M5), (W) function that stores data for managing procedure records in the procedure record management table (T5), reads specified procedure records from the procedure record memory (M4), and stores data for managing procedure records in the procedure record management table (T5).
It has a read (R) function that allows automatic display. This procedure design means (P56) has an access pointer that specifies a record that can be read/written.

The panel input means (P59) creates the format and data structure of an input panel for inputting data to be replaced when executing a procedure from the input data from the keyboard (11), and displays it on the display means (22). It also has a function of storing in the panel management table (T5).

The procedure execution means (P510) is the procedure design means (P58)
It has a function of calling the input procedure record, expanding it into the procedure record memory, sequentially interpreting the record, and driving the record processing section (P55) to perform a series of record processing.

The panel input means (P511) receives and executes requests from the procedure execution means (P510) when necessary, and displays the panel from the panel format and data structure designed by the panel design means (P59). The data to be input is inputted from the input means (21) and stored in the panel memory (M6), and the procedure execution means (P5) is displayed on the means (22).
10).

As mentioned above, each function control means (Pl) of the control means (19)...
・However, as mentioned above, these do not exist in a hardware manner that can be extracted and separated, but exist in a software and functional manner. For example, in Figures 3 (A) and (B) ) (showing an outline of the processing procedure performed by the central processing unit).

Note that each function control means (Pl) can be replaced with a logic circuit as necessary.

Next, the basic operation and functions of the device of this embodiment are mainly shown in FIG.
The explanation will be made according to the flowchart of the control means (19) shown in FIG. 7 and the display screen shown in FIG.

[A] Device startup and cabinet selection When the device is first powered on, a document creation program is loaded and the initial screen shown in FIG. 4-1 is displayed on the display means (22). In the display example, nine cabinets including the sample cabinet have already been created and stored in the auxiliary storage means (24). The cursor (CI) on the horizontal line inverts the line in black to indicate that it is possible to accept the "Create new cabinet" on the first line. In this state, cabinet selection based on step S1 in FIG. 3 is performed. If the selected cabinet is in the procedure menu mode, the process moves to procedure processing selection in step S2. If the mode is not the procedure mode, the mode shifts to the normal document selection mode, and the processing from step 83 onwards is performed.

Figure 4-2 shows an example of the document selection screen. In the display example, five files Ncl to 5 have already been created and stored in the auxiliary storage means (24), as numbered at the left end. Among the five files, file No. 1 has the paper column reversed in black. 2.4 is a data processing file created in data processing mode, which is not inverted, No. 3
．． 5 indicates a file created in document creation mode. Also, at the bottom of the screen is a keyboard (11
) top row function keys (Fl) ~ (FIO)
For example, Fl corresponds to editing (document creation) and F6 corresponds to card design (data processing).

(B) Starting data processing mode As mentioned above, when a cabinet is selected, the document selection screen shown in Figure 4-2 is displayed, and in its initial state, the horizontal cursor (C1) is used to create a new document for NciO. In order to notify that the reception is available, the NQO row is not inverted. In this state, document selection based on step S3 in FIG. 3 is performed. This document is created in the data processing mode, so when the function key (F6) for selecting data processing from the menu item at the bottom of the display screen is pressed, it is card processing and it is determined that new creation is required in step S9. The display screen changes to that shown in FIG. 4-3, and a window is displayed in the lower right frame requesting input of the document name, date, etc. (step 510). In this way, when you press the execution key (SWI) after entering the document name, date, etc. in the lower right frame of the multi-window screen (Figure 4-4), the previously loaded document creation program is disabled and a data processing program is loaded in its place. As a result, the data processing mode is activated, the display screen changes to that shown in FIGS. 4-5, and the process moves to the card design routine of step Sll.

[C] Card design The screen shown in Figure 4-5 corresponds to one blank page in document creation mode, and the cursor (C2) can be moved freely within one blank page, and input from the input means (21) A document creation method (P
Using the function 52), it is possible to design using the same operations as in the document creation mode. At the bottom of the display screen, function keys are displayed for specifying the data type (characters, numbers, etc.) of the item desired to be input. Now, as shown in Fig. 4-10, an address book card consisting of five items such as name, address, telephone, age, and date of birth is designed based on the detailed flowchart of the card design routine (step 5ll) in Fig. 7. explain.

In step S32 of FIG. 4-5, the cursor is set to full-width, and the cursor is displayed at the set size.1! (Step 533) is displayed. FIG. 4-6 shows that in step S34, by inputting the Kana key or the K line key, the function of the document creation means (P52) is used to create a name.
, “Address゛゛゛゛Telephone.

In addition to creating a card image consisting of the item names, the item position definition for "name" and °address° has been completed, and the item position definition for "telephone" is in the middle of definition.To explain the definition of this "telephone" item, First, position the cursor (C2) at the start position of the item definition for the item ``Telephone'', for example.
Card definition: When the character function key (Fl) is pressed, the process moves to step S35, and the cursor key (SW2) is pressed.
When you move the cursor using
Character data input range (R) as shown in the “Telephone” field in the figure.
is indicated by the length of the cursor, and it is also displayed at the bottom of the screen that the input (definition) range is 15 full-width characters, such as ``Character Item Position Definition Difork Number 15 Full-width Characters''.

If the item position definition regarding the telephone, that is, the data input range and number of characters indicated by the cursor, is acceptable, press the execution key (SWI) to proceed from step 836 to step S.
Step 37 sets the cursor size in the cursor size register, and step 538 sets the setting range (R
) changes to a character 'λ' with a bright line (Z) and the size set in the cursor register (Figure 4-7).

In this state, °X゛ indicating character data is 15
Characters are displayed and a bright line (Z) is attached below each "X", but the way the data is held in the text memory (M2) is that characters such as "X" are stored in 15 words (16 pits/1 word).
Character code data consists of an attribute part such as character size, a JIS code part, and an extension part including brightness bits and character modification information (one word each), of which the brightness bit (1 word)
bit) is set to 1°. The same bit is °1°
If , a bright line (Z) is added to the character when displayed, and if it is "0", the bright line (Z) is erased. In this way, the item position definition for the item name "telephone °" is provisionally registered. Step S36
When the cancel key is pressed, the process returns to step 533, and when another key is pressed, the process remains at step S36.

Next, when step 338 is completed, the process returns to step S33 and the cursor key (SW2) is operated to move the cursor to a predetermined position.
After creating the card image part of °o using the function of the document creation means, position the cursor (C2) at the start position of the definition of the °age ° item and select the function key (F2) for the card definition two values. Then, step S39→
In the routine of S40→S41, step S35→S36→
Tentative definition of numeric items is executed in the same flow as the routine for character items in S37. Step 328 in step S42
The difference is that the displayed character is an X indicating that it is a character item.
Instead of °, the point is °N゛, which indicates that it is a numerical item.

Next, the specification of date and time items will be explained. Step S43
As shown in FIG. 4-8, the user moves the cursor next to the date of birth and inputs actual data for the desired date and time. Next, in step S34, the cursor is moved to the starting position of that value and the function key (F3) for "Card Definition 2 Date and Time" is selected. Since the cursor position is inverted, the date and time data is inverted in step S44 (FIGS. 4-9), and then the execution key is pressed in step S45. The control unit automatically recognizes a pre-prepared date and time pattern from the Chinese character part of the inverted area in step S46. Then, replace the numeric parts with alphabetic characters that represent each type.

Then, in step S47.548, the inversion is removed from the inverted character string, a bright line (Z) is added, it is written to the text memory, and it is redisplayed (Figure 4-10).
. Table 1 shows the date and time patterns prepared in advance. The reason why the method of specifying date and time is different from that of text and numerical items is that there are various patterns for date and time, and if the device of the present invention uniquely determines a pattern, it would go against the operator's intention. You cannot define date and time items until you enter . After completing the settings for each item, press the end key (Fl9) of the input means (21).
When you press , two function keys with large black inverted characters are displayed on the left and right at the bottom of the screen as shown in Figure 4-11, and you can select one of the left half (Fl) to (F5) keys of the input means. When the button is pressed, it is determined in step S12 in FIG. 3 that the card design is finished, and the process moves to step 513, an item management table setting routine. Here, the definition information for each item is set in the item management table (F8) as shown in Figure 6 (details will be described later), and if no item definition is made in step S14, a table setting error is determined, and if there is no error. Then, the process moves to step S15. If it is determined in step S14 that there is an error, the process returns to step S11. In step S12, function keys (F6) to (
FIO), the card definition is canceled and the process returns to step S3.

[D] In the record creation step S15, only the characters with bright lines "X" and N° are erased on the display screen of FIG. 4-10, and in step 516, a blank card with only the item name is displayed. Position the cursor (C2) at the beginning of the screen.In addition to displaying the position of the cursor, the number of cards being entered will be displayed on the right edge of the screen (No. 4-1).
Figure 2).

When inputting data, the cursor (C2) can only move in the item area set in the card design (the area where X or N was located), and the cursor size is automatically changed to the defined character size. In addition, in the character field, you can input any kanji, kana characters, numbers, etc. using kana-kanji conversion, and the number of input characters is 16.
The data is stored in 16-bit JIS code, but for numeric items, only the numeric keys of input means (1) are accepted, and only a string of numbers can be entered, and the input data is in 16-bit JIS code.
It is stored as a 4-bit BCD code with a different code system.

Step S18. When the input of each item is completed in S19, the display screen as shown in Fig. 4-13 appears and when the next screen key (Fl6) of the input means (21) is pressed, the screen changes to the fourth page.
-14 As shown in Figure 14, a new blank card is created based on step S20, and the second card is displayed, and step 517. Return to S18 and perform 2 as shown in Figure 4-15.
Item data is entered in the form of a second card. In this way, steps S17-818-519-S17-S1
By repeating the loop from 8 to S20, an arbitrary number of card-type address book data (one sheet per item) is created. In this example, 12 cards were created as shown in "R12th card" in Fig. 4-16. When the display switching key (F1a) is pressed in step 518, the display format management means (P
54) automatically switches from the previous card-format screen showing each item one page to a list displaying each item one line, as shown in FIG. 4-17.

Next, in the list display, entry or modification of item data is accepted in step S25. In case of amendment, No. 4-
As shown in Figure 18, when you move the cursor (C2) to the item data field, a character input field (Ll) will be displayed at the bottom of the screen.
Move to the item you want to correct and enter the relevant character input field (Ll)
The correct item data can be entered using a word processor touch using the input means (21).

Items modified in this way are the same as modifying item data in card format, even though they are displayed in a list. That is, in step 826 the display switching key (
When F1a) is pressed, the screen returns to the card display format with the modified contents as shown in FIG. 4-19 (S28).

Further, when the down arrow key (SR'2) is pressed in step S26, card NQ1 is pressed in step S27.
No. 3 will be automatically added and displayed. By entering the item data here, you can create a new record (card) in the list display state.
Additional creation is performed.

[E] Record Processing Next, returning to FIG. 3, select processing will be described as an example of record processing in a data processing file consisting of 12 input records. Step 518
Then, press the select key (F15) and the screen will be 4-20.
Step S21 of accepting selection conditions instead of the diagram
Move to. Record processing such as selection and sorting,
For various other data processes, all set conditions can be registered in the auxiliary storage means (24), and can be recalled and executed as appropriate.

In step S21, it is possible to select either to register and execute a new condition, to call and execute an already registered condition, or to execute the input condition without registering it. For example, in FIG. 4-20, the cursor (C3) has highlighted "*Do not register conditions" to inform that it is acceptable to execute the input conditions without registering them. Here, use the cursor movement key (SW2) to move the inverted cursor (C3), and press the execution key (Slj'l).
You can select the process by pressing . If you move the cursor to ``★Do not register condition'' or ``★Register new condition'' and press the execution key (SWI), you can move the cursor to the already registered condition name and press the execution key (SWI).
If you press WI), the recalled conditions will be stored in the auxiliary storage means (2).
4) and set in the condition management table (T4) and condition memory (M4), the process moves to step 523.

In step S22, a condition name input screen is displayed at the bottom of the display screen as shown in FIG. 4-21, and the condition name of the process can be input. In Figure 4-22, the condition input field (
In order to search for a record whose address is Osaka in L2), enter "Osaka book" using the input means (21) using the reward processor touch. "*" is a prefix match operator that indicates that any character after Osaka can be used. When you finish inputting the conditions, press the execution key (SWI) to write the input condition type, length, number of condition items, etc. to the condition management table (T4), and the condition data to the condition memory (M4). It can be done.

In step 521, if an instruction to register and execute conditions is input and the process moves to step S22, these condition management table (T4), condition memory (M4)
The data is written in the auxiliary storage means (24) so that it can be recalled again when the process returns to step S21. In step S23, a selection process is executed by the record processing means (P55) based on the contents of the condition management table (T4) and the condition memory (M4). In this embodiment, there are five records that meet the above selection conditions.To view them in a list, press the display switching key (F13) in step S18, and the display will be displayed as shown in Figure 4-23. and display switch key (
If you do not press F13), you can view the cards one by one in card format.

If you do not need the results of such a selection process and want to save all 12 input records, press the selection release key (
Selection is canceled by pressing F17). Next, by pressing the end key (F19) in step 518, the fourth
-24 The screen shown in Figure 24 is displayed, and in step 24, the document name, author name, and date are displayed in the window again. If the displayed content is correct, press the execute key (SWI), and after inputting the corrected items such as the document name and date (step 517), press the execute key (SWI) to display the "Address Book" The data processing file is closed and the process returns to step S3. Of course, a new data processing file can be created separately using only the selected records without pressing the selection release key (F17).

In addition to such selection, data processing may include sorting and conditional search using logical operators such as AND and OR. For example, a search is performed using the conditional expression [Address=Osaka Prefecture*] AND [Age>30 years old].

[F] Structure of data processing file One data processing file created in this way stores the card image of the address book° one line at a time as a series of character data in the text memory (M2), and stores multiple record data (each Records (consisting of a plurality of item data) are stored in the record memory (M3) in the order of items as shown in FIG. Information on where each item of the record is to be embedded in the card image and other definition information are stored in (T8) as shown in FIG.

(Space below) [G] Detailed explanation of the implementation example of the procedure function (1) Outline of the procedure function A procedure is a procedure that registers a series of processes (Hereinafter, a file in which a series of processes is registered is referred to as a procedure file), and those processes. This is a function that automatically executes the
- As shown in the procedure file in Figure 11, single functions that can be executed on this data processing device are sequentially described in records in the form of a list, executed sequentially in the order of the records written, and the results are This is a function that can be obtained. When the procedure records in the figure are executed, processing is performed in order starting from the first record (0001). That is, first, the "sales slip" file is copied to the save cabinet (this is done to prevent file data from being lost due to processing failure). Next, open the "sales slip" file and display the message "Please enter data." Then, a new card is displayed on the screen.

After completing the card input, select the condition ``January sales slip'' and click ``Save'' to finish.

In addition, this function allows a procedure file that has already been written and stored in the auxiliary storage device to generate results equivalent to those obtained when an operator instructs a data processing device to sequentially execute a series of functions. You can get it just by calling. Therefore, the operator does not have to memorize complicated processing contents and perform operations in the order, and can easily execute a series of processing without errors.

(2) Procedure design Next, the procedure design operation and function of the device of this embodiment will be mainly explained in Section 8-1.
This will be explained with reference to the flowcharts of the control means (19) shown in FIGS. 1 to 8-6 and the display screen example shown in FIG.

The procedure is displayed in the form of a list as shown in FIG. 9-2, and the procedure can be input on the screen. In the same figure, step 7
Fixed information such as automatic frame information, number of characters in each column, number of records, and current information are stored in the procedure record management table (T5), and each record (0001
, 0002, . . . ) is stored in the procedure record memory (M5). In the procedure mode, each piece of information is stored in the table (T5) and the memory (
M5) and is displayed in a list format.

Each line of record number item (0,001,0002,...
) can set processing functions and associated condition information, and each line constitutes one procedure (record). In this embodiment, the items that can be set in the code are:
It is limited to four functions: ■Condition name, ■Input, and ■Panel. However, it goes without saying that the items may be changed as necessary.

Here, "function" refers to the main functions (for example, sorting, selecting) that can be used in data processing, and the function of each record is set in the "function" column. "Conditions" are, for example, selection conditions (members of XX section, data for month 0, etc.), conditions (order of age, order of joining, etc.) to execute the functions set in the function column. This refers to conditions, and if necessary, declare in the "Condition" column of each record which of the preset conditions the execution will be made under (in this example, specify the specific conditions directly in the "Condition" column). (Instead of setting the condition name, set the condition name in advance.) In the "Entry" column, items other than those entered in the conditions, such as a file name and a message, are set.

Furthermore, in the "Panel" column, a correspondence is declared when quoting the content of the condition (date, etc.) from the panel.

[A] Start of procedure design In step S8 of FIG. 3, by selecting procedure design, the procedure design means (P58) is called and the procedure design is started.

If it is determined in step S49 of FIG. 8-1 that it is a new creation,
By inputting the document name, date, etc. as shown in Figure 9-1 and pressing the execution key (SWI), the screen shown in Figure 9-2 is displayed, allowing you to design a new procedure file (step 550).
). If you select a procedure file that has already been partially designed, save the procedure data to the auxiliary storage means (
24) to the procedure record management table (T5) and the procedure record memory (M5) and displaying them allows for corrections/changes/additions.

[B] Procedure Design When procedure design is started as described above, a procedure design screen is displayed as shown in FIG. 9-2, and a cursor (C3) is displayed to indicate the item to be edited. In procedure design,
Cursor (C3) on any of the above four items (function, condition name, entry, panel) and record number.
can be moved. And this cursor (C3)
The functions that can be designed differ depending on the location. 9th
In Figure 2, the design is reversed to show that the record number can be designed.

[C] Editing function items At step S51 in Figure 8-1, move the cursor (C3)
If it is determined that the position is at the function item as shown in FIG. 9-3, the process moves to step S52 in FIG. 8-7 and waits for key input. When either the execution key (SWI) or the function keys (Fl) to (F5) is pressed, the function is registered or rewritten, and it is determined in step S55 whether the function can be rewritten. This determination is made based on whether or not a procedure is set in other entry fields (next to "conditions" and "input") of the record. That is, the procedure entered in the "Function" column and the procedure entered in the "Condition" or "Entry" column have a close relationship (dependent relationship) in correctly executing the process. Therefore, if only one of them is rewritten, the correct dependent relationship will be broken and an unexecutable record will be set. Rewriting the function is prohibited, whereas rewriting is permitted if no procedure is set.

If it is determined in S55 that rewriting is not possible, the process directly returns to step S52. If it is determined that it is possible, then in step 556 it is determined whether the state of the record where the cursor (C3) is located is inside or outside the start and end.

Here, "start" refers to opening a data file (card type data file), and "end" refers to closing the opened data file.

A series of procedures file processing is divided into a part where the data file to be processed is opened (opened) and a process is written on the file, and a part where the process is performed without opening the file. It will be done. The former part is called the inside of the start/end, and the latter part is called the outside of the start/end, and the functions that can be selected and registered in each part are different. If it is determined in step S56 that it is outside the start and end, the process goes to step 558 as shown in Figure 9-3, and if it is determined that it is inside, the process moves to step 557 and the respective positions can be selected and registered as shown in Figure 9-6. Display the function menu. Various functions are stored in the procedure record management table (T5), and only the corresponding functions are read out and displayed based on the inside and outside determination results. In either case, a cursor (C4) is displayed to select a function menu; for example, in FIG. 9-3, it is inverted to indicate that a procedure panel function can be selected.

In step S59, move the cursor (C4) to the function to be registered using the cursor movement key (SW2), select the function in step S60 by pressing the execution key (SWI), and store the function in the procedure record memory (M5). Register.

In step S61, the type of the selected function is determined. A unique number is assigned to each function, and the types include a start, an end, a function with a condition, and a function with an entry. Furthermore, regarding association with panels, there are two types: those that are possible and those that are not.

If the "Start/End" function is selected in step S59, the process moves to step S62, and a display as shown in Figure 9-4 is displayed, showing the name of the card to be opened (card type data file) and the termination process (save or not). , and the card name when saving). After inputting the card name and termination process from the input device (21), step S63
As shown in Figure 9-5, three records in which start, blank, and end functions are registered are created in this order, and the procedure record memory (M5) and procedure record management table (T5) are updated. At the same time, the cursor (C3) is moved to the beginning of the blank record (0003). In this way, a start and an end are always a pair, and the start and end of another procedure must not be between the start and end, and there may be a start and no end, or an end and a start. A procedure that does not exist will result in an error and cannot be executed, so creating a procedure record for such a combination is not possible.

In step 359, if a function that requires a condition, such as "select", is selected, the process moves to step S67, and if a function that requires an entry, such as "message", is selected, the process moves to step S73, and each is automatically "Conditions"
and move on to "Enter" input.

In step S52, the function key (F6)
If any of ~ (FIO) is pressed, the function will be deleted,
In step 553, it is determined whether the function can be deleted. This determination is made in the same manner as in step S55. In other words, if a procedure is set in the "Conditions" or "Entry" column of the record, deletion of the function is prohibited.
On the other hand, if no procedure is set, deletion of the function is permitted. If it is determined in step S53 that deletion is possible (if no condition information is set), the process moves to step S54, where the function where the cursor (C3) is located is deleted, and the blank function is stored in the procedure record memory (M5). Write. In step S52, the execution key (S'
WI) and function keys (Fl) to (Flo) (for example, line feed key (SW4)),
This is a key that should be commonly processed regardless of the position of the cursor (C3), and the process moves to step Sl08 in FIG. 8-6.

[D] Edit each condition item In step S51 of Figure 8-1, move the cursor (C3)
If it is determined that the position is at each condition item, the process moves to step S64 in FIG. 8-2, and it is determined whether the function registered in the record is a function that requires the condition.

If it is determined that the function does not require any conditions (card input, -view input, etc.), the process moves to step 566, where key input is performed, followed by common processing regardless of the position of the cursor (C3), Figure 8-6. The process moves to step 8108. Step S6
If it is determined in step S65 that the function (sort, select, etc.) requires certain conditions, the process waits for key human power in step S65. Execution key (SWI) or function key (Fl) ~ (
When any of F5) is pressed, the conditions are changed/registered, and in step S67, the data file that should be opened during processing of the record is stored in the procedure record memory (M5).
9-7 and find the conditions registered in the file.
Display as shown. In the example shown in Figure 9-7, the function is "Sereno)J", the data file that is open at this time is "Sales Slip", and the 1/4 window has already registered conditional users. Listed.

The cursor (C4) is inverted to indicate that the first condition, ``January sales slip'', can be selected. In step S68, the cursor movement key (51%°
2) by moving the cursor (C3) to the condition person to be registered and pressing the execution key (SWI).
The condition person selected in step S69 is registered in the procedure record memory (M5).

In step S65, function keys (F6) to (Fl)
If any of o) is pressed, the condition is deleted, and in step S70 it is determined whether there is already a registered condition, and if there is, the conditioner is deleted from the procedure record memory (M5) in step S71. do. The display will be as shown in Figure 9-8, with the message "
Error (no condition)" is displayed. Step S65
, if it is neither the execution key (SWI) nor the function keys (Fl) to (FIO), it is a key that should be commonly processed regardless of the position of the cursor (C3), and step Sl in FIG. The process moves to 08.

[E] Edit entry items At step S51 in Figure 8-1, move the cursor (C3)
If it is determined that the position is at the entry, the eighth
-3 The process moves to step S72, and it is determined whether the function registered in the record is a function that requires entry. If it is determined that it is not a function that does not require entry (ordering, numbering, etc.), the process moves to step S74, where key input is performed, followed by common processing regardless of the position of the cursor (C3), step 5108 in Figure 8-6. Move.

If it is determined in step S72 that the function requires entry (start/end, card input, etc.), the process waits for key input in step S73. When the execution key (SWI) is pressed, the entry is changed/registered, for example, when the function is "save" as shown in Fig. 9-9, the cabinet of the document to be saved and the document After making a selection, a new entry process is registered in step S76 as shown in FIGS. 9-10.

When a conversion key (SW3) such as "Kanji conversion" or "No conversion" is pressed, it is determined in step S77 whether or not a selection option has been input. For example, if the function of the card is "record entry" as shown in Figure 9-11, the entry process is "new card" (displays a new card first) or "
9-11, 9-1 by pressing the conversion key (SW3).
The display at the bottom of the screen changes as shown in Figure 2, and the process goes to step S7.
8, it is registered in the procedure record memory (M5).

If a character key is pressed in step 373, step 57
In step 9, it is determined whether a character string is being input. For example, the 9th
−13 As shown in Figure 13, the function of the record is “message”
In this case, the entry process is character string input, and step S8
At 0, the character string is registered in the procedure record memory (M5). In step S65, the execution key (SWI),
If neither the conversion key (SW3) nor the character key is pressed,
This is a key that should be commonly processed regardless of the position of the cursor (C3), and the process moves to step 8108 in FIG. 8-6.

CF] Editing the record number item At step S51 in Figure 8-1, the cursor (C3)
If it is determined that the position is in the record number field (see FIG. 9-2), the process moves to step 581 in FIG. 8-4 and waits for key input.

(i) When the insert key is pressed in insert step S81, a blank record is inserted, and the number of records is input in step S82 as shown in FIGS. 9-14.

In Figure 9-14, three records are instructed to be inserted (
(1 line corresponds to the code). Then step S8
At step 3, a blank record (blank line) is inserted after the record indicated by the cursor (C3), resulting in a display as shown in Figures 9-15. At this time, a blank record is inserted at the relevant position on the procedure record memory (M5).

(■) Deletion of deleted records and storage of records described later cannot be performed beyond "start" and "end". this is,
The procedure is divided into a state where the data file is open (inside the start and end) and a closed state (outside) depending on the start and end, and if a state where the data file is started before the end is performed, this state This is because it will not be possible to manage them correctly.

To explain with reference to the explanatory diagram of range specification in FIG. 11, for example, when specifying a range that spans the outside and inside of the start and end as shown by arrows 100 to 102, or
As shown in ~104, if either the start or end range is not specified, deletion or memory cannot be performed. On the other hand, there are no restrictions when specifying a range that does not include the start and end, as shown in arrows 105 to 109, or when specifying a range from start to end inside the start and end, as shown in arrow 110. .

Specifically, when the delete key is pressed in step 581,
Deletion of multiple records (displayed as row deletion),
In step S84, the range to be deleted is designated as shown in Figures 9-16 (the record to be deleted is highlighted).

Subsequently, in step S85, the specified range of records is deleted from the procedure record memory (M5), and the 9th record is deleted from the procedure record memory (M5).
The display will be as shown in Figure 17.

(iii) When the one character insertion key is pressed in the - character insertion step 581, one blank record is inserted immediately before the record indicated by the cursor (C3) in step S86.

(1v) When the one character deletion key is pressed in the - character deletion step S81, it is determined in step S87 whether the function registered in the record where the cursor (C3) is located is "start" or "end". will be held. If it is neither "start" nor "end", in step 388 one record is deleted from the procedure record memory (M5). When it is determined in step S87 that the function is "start" or "end",
A warning message is issued and the process returns to step S81 without doing anything. At this time, the relevant record is stored in the procedure record memory (M5).
has not been deleted from.

This is because, as mentioned above, "start" and "end" must always be a pair, and it is prohibited to delete just one record that has the "start" and "end" functions. If you delete only one of "start" and "end", the data file may remain open, or if you perform processing such as sorting with the data file closed,
This is to prevent such error conditions from occurring.

(v) Memory When the memory key is pressed in step S81, the memory is for a plurality of cards, and in step S89 the range to be memorized is specified as shown in FIGS. 9-18.

Subsequently, in step S90, the designated range of cards is transferred from the procedure record memory (M5) to the memory buffer (M7). At the same time, the number of cards in the memorized range and whether the range is outside or inside the start/end are set in the memory buffer management table (T7). For example, when a range is specified as shown in FIG. 9-18, it is outside the start/end, and when a range is specified as shown in FIG. 9-19, it is inside the start/end. Further, as described above, range specification in memory is also subject to the same restrictions as deletion.

In this embodiment, the memory buffer (M7) and memory buffer management table (T7) are stored in the main storage means (20), but there is no problem in storing them in the auxiliary storage means (24). It should be obvious.

(?) Memory call When recalling a memorized record, the functions that can be used inside and outside the start and end are different, so the position that can be called is restricted depending on the contents stored in memory. In other words, memory performed inside the start and end (limited to those that do not include the start and end) can be called only inside the start and end, and memory performed outside the start and end can only be called outside the start and end. I can do it. However, as indicated by the arrow 110 in FIG. 11, the memory from the start to the end is complete in itself, so it can be called outside and inside the start and end. However, in order to call it internally, other procedures must be temporarily interrupted to process that procedure, so it is necessary to separately prepare an execution memory for this purpose.

When the memory recall key is pressed in step S81, a record stored in memory is recalled. Step S
91, records are registered in the memory buffer, and the registered records can be accessed using the cursor (C3).
Determine whether it is possible to insert the next record after the current record.

In order to be able to insert, it is necessary that the start/end inside/outside states of the record where the cursor (C3) is located and the record registered in the memory buffer (M7) match. This is because, as mentioned above, in this embodiment, the types of functions that can be registered in the function tank are different between the inside and outside of the start/end, so for example, the record where the cursor (C3) is located is However, if the content of the memory buffer is a record registered inside the start/end, it is determined in step S91 that the position cannot be called, and a warning message is displayed as shown in Figures 9-20. Return to step S81.

In this embodiment, the state of the record where the cursor (C3) is located can be determined by scanning the procedure record memory (M5) back and forth from the position of the record, which is stored in the memory buffer (M7). The status is checked from the contents of the memory buffer management table (T7). If it is determined in step 591 that the position can be called, the memory buffer (M7
) to the procedure record memory (
M5) after the relevant record.

In step S81, if it is not an execution key (SWI), a conversion key (SW3), or a character key, it is a key that should be commonly processed regardless of the position of the cursor (C3), and the step shown in FIG. The process moves to 5108.

[G] Record Range Designation FIG. 8-4 The process of designating a plurality of record ranges performed in steps S84 and S89 will be explained with reference to FIG. 8-5. When specifying a range, use the table area shown in FIG. 10 in the procedure record management table (T5). To explain the table in Figure 10, the record number (T51) where the cursor is located is
), and the last registered record number (T52) is a storage unit that holds the last record number of the procedure registered in the procedure record memory (M5), Range start record number (
T53) is a storage unit that holds the record number where the cursor (C3) was located when the range specification started, and the state of the range start record (T54) is the state of the record specified by the range start record number (T53). This is a storage unit that holds the state of whether the state is inside or outside the start/end.

First, in step 393, the range start record number (T5
3) The record number (T51) where the cursor is located is substituted, and the state of the start record is stored in the range start record state (T54). In step S94, the display of the record indicated by the record number (T51) where the cursor is located is inverted as shown in FIG. 9-21 to notify that it is included in the range. In step S95, it is determined what the function of the number indicated by the range start record number (T53) is. If the function of the record is "start", the procedure record memory (M5) is scanned backward in step S96, a record in which the "end" function is registered is searched, and the record number (T51) where the cursor is located is scanned backwards. The record number is stored in , and in step S97, the record with the record number (T51) where the cursor is located is displayed in reverse as shown in FIG. 9-22. Next, in step S100, the records from the range start record number (T53) to the record number where the cursor is located (T51) are determined as the range, and for example, in the case of range specification performed in step S84, the records between this range are deleted in step S85. do. If the function of the start record is "end", step S98
In step S, it is determined that the range cannot be specified from the record, a warning message is displayed as shown in Figure 9-23, and step S
Returning to step S81, for example, in the case of range specification performed in step S84, the deletion function is disabled.

If the function of the start record is neither "start" nor "end", the process moves to step S99 and waits for key input.

If the execute key (SWI) is pressed, step 5100
Transfer to. When the downward cursor movement key (SW2) is pressed, the record number where the cursor is located (T51) and the last record number (T52) are compared in step 5101, and if the record number where the cursor is located (T5]) is smaller ( In other words, if the record indicated by (T51) is not the final record), in step 5102, the state of the record with the number (T51)+1 is the state of the range start record (
At T54), it is determined whether the state is the same as the stored state. If they are the same, that is, if no record state transition occurs, the record number (T51) where the cursor is located is advanced by one in step 5108, and the 9th record is incremented in step 5104.
24 As shown in Figure 24, the display of the record having the record number (T51) where the cursor is located is inverted to notify that it has entered the range. In step 5101, the record number (T51) where the cursor is located is the last record number (T52)
If it is determined to be greater than or equal to, and step 5
If it is determined that the upper body transition occurs in 102, the 9th
-A warning message will be displayed as shown in Figure 25, and step S
99, and the downward cursor movement key (S?l'2) is disabled. When the upward cursor movement key (SW2) is pressed in step S99, the record number where the cursor is located (T51) and the range start record number (T53) are compared in step 5105, and the record number where the cursor is located (T51) is higher. If it is larger (that is, the record indicated by the record number (T51) where the cursor is located is not the range start record), the display of the record indicated by the record number (T51) where the cursor is located is removed in step Sl06,
In step 5107, the record number where the cursor is located (T5
1) is moved back one step.

[H] Common Processes Processes that are commonly performed no matter which of the five items the cursor is placed on will be explained with reference to FIG. 8-6. For example, the 8th
This corresponds to the case where neither the execution key (S!il) nor the function keys (Fl to F10) are pressed at step S52 in Figure-7.

(i) When the line feed key is pressed, if the end is set to the record following the record (line) where the cursor is located, a blank record is automatically inserted and the cursor is moved to the record. This is because when the start is set in a procedure, the end is also automatically set (see Figure 9-5), reducing the effort of inserting blank records using the insert key and improving work efficiency. This is to make it happen.

In step 5108, it is determined what key was pressed. When the line feed key (SW4) is pressed, the type of record on which the cursor (C3) is located at that time is checked in step 5109 by referring to the procedure record management table (T5) and the procedure record memory (M5), and the record is If it is the last record registered in the procedure record memory (M5), a blank record with the next number is added to the procedure record memory (M5) and the procedure record management table (T5) is changed (step 5ilo). )
. Furthermore, in step 5113, a cursor (C3) is displayed at the beginning of the added record as shown in FIG. 9-26.

If it is determined in step S'109 that the function of the next record is "end", a blank record is recorded between the record where the cursor (C3) was located when the line feed key (SW4) was pressed and the next record. is inserted, and the procedure record memory (M6) and procedure record management table (T5) are changed (step Sl 11). Furthermore, in step 5113, a cursor (C3) is displayed at the beginning of the inserted record as shown in Figure 9-27. At step 5109, press the new line key (
If the record where the cursor (C3) is located when SW4) is pressed is neither the final record nor immediately before "end", the cursor (C3) is moved to the next record in step 5112.

(11) In the end step 5108, the pressed key is the end key (Fll
), the screen in Figure 9-28 is displayed and step 5
In step 114, the process waits for input for the next process.

When the execution key (SWI) or the function key (Fl) is pressed in step 5114, the file is saved with an error check, and the process moves to step 5115, where the document name, author name, and date are displayed on the window again. If you are satisfied with the displayed content, press the execution key (SWI), and after editing the document name, date, etc. that you want to edit,
By pressing the execution key (Sit''1), step 811 is executed.
At step 6, a grammar check (checking whether the procedure is designed to be executed correctly) automatically starts, and the record number 1 registered in the procedure record memory (M5) is automatically started.
A grammar check is performed between the record and the last record, and the display as shown in Figure 9-29 is performed during this time. In step 5l17, it is determined whether there is a grammar error, and if there is no error, the procedure file is closed and the process returns to step S3. Step 511
If it is determined in step 7 that there is a grammar error, step 5118
In order to ask the operator whether to save it as is or go back to designing the procedure file, the screen is displayed as shown in FIG. 9-30 and the screen waits for a key. When the execution key (SWI) is pressed, the cursor (C3) is moved to the record in which the syntax error has occurred in step 5121, and the 9-3
The screen is displayed as shown in FIG. 1, and the process returns to step S51 to edit the procedure again. When the end key (Fl9) is pressed in step 5118, the procedure file is saved including the syntax error, and the process returns to step S3.

When the function key (F6) is pressed in step 5114, step 51
19, a grammar check is performed in the same manner as in step 8116. In step 5120, the previous step 5119 is checked.
If the result of the grammar check is determined and there is a grammar error, the cursor is moved to the record in which the grammar error has occurred in step 5121, and the process returns to step 551 to edit the procedure again.

When the function key (F5) is pressed in step 5114, the file is saved without error checking, and the process moves to step 5122, where the document name, author name, and date are displayed in the window again. If the displayed content is correct, press the execution key (SWI
), and after inputting corrected items such as the document name and date to be corrected, the execution key (SWI) is pressed to save the procedure record and return to step S3.

(g) As described in detail of the invention, the data processing device of the present invention is configured such that when a procedure for opening a data file is set in the procedure input field, a procedure for closing the data file is also set at the same time. Therefore, it is possible to provide a data processing device that allows you to set a procedure for closing a data file without forgetting to set a procedure for opening a data file when you set a procedure for opening a data file.

[Brief explanation of drawings]

1 to 11 are diagrams showing the data processing device of the present invention, in which FIG. 1 is a functional block diagram of the data processing device, FIG. 2-1 is a block diagram showing the hardware configuration, and FIG. - Figure 2 is a plan view of the keyboard, Figure 3 (A),
(B) is a flowchart showing the basic processing contents of the control means, Figures 4-1 to 4-24 are diagrams showing display screens, Figure 5 is a diagram showing the storage state of the record memory, and Figure 6 is a diagram showing the items. Management - Figure 31 is a diagram showing the display screen, Figure 10 is an explanatory diagram of the table area in the procedure record management table, and Figure 11 is a diagram showing the display screen.
The figure is an explanatory diagram of range specification. 1... Central processing unit (CPU), 2... Main memory,
3...First auxiliary memory, 4...Hard disk I1
0 interface, 5... bus, 6... DRAM controller, 7... CRT, 8... CRT ink face, 9... character generator, 10...
Display buffer memory, 11...Keyboard, 12.
・Keyboard interface, 13...Printer, 1
4 - Printer interface, 15... Second auxiliary memory, 16... Floppy disk ink face, 1
7... Image reader, 18... Image reader interface, 19... Control means, 20... Main storage means, 21... Input means, 22... Display means, 23.
...Printing means, 24.. Auxiliary storage means, 25.. Image reading means, T1.. Directory table, Ml
... Buffer memory, T2 ... Text management table, M2 ... Text memory, T3 ... Record management table, M3 ... Record memory, T4 ... Condition management table, M4 ... Condition memory, T5...Procedure record management table, M5...Procedure record memory, T6...Panel management table, M6...Panel memory, T7...Memory buffer management table, M7...
・Memory buffer, T8...Item management table, M8
...Register, Pl...Main control means, P2...Input control means, P3...File management means, P4...Document processing means, P5...Data processing means, P41...Document creation means , P42... document printing means, P51...
Card creation means, P52...Document creation means, P53.
・Record creation means, P54...Display format management means part, P55...Record processing means, P56...Condition input means, P57...Condition management means, P58...Procedure design means, P59...・Panel design means, P510...
・Procedure execution means, P511...Panel design means.

Claims (1)

[Claims] (1) In a data processing device that registers a series of processing procedures for data processing and executes data processing according to the registered procedures, a data file that stores data to be processed, and a table format of the processing procedures. an input means for setting a procedure in the procedure input field of a table displayed on the display means, and when the procedure for opening the data file is set by inputting the input means; , and setting control means for simultaneously setting a procedure for closing a data file.