JPH02268324A - Filling system - Google Patents

Abstract

PURPOSE:To improve the general usefulness of a system by generating and displaying display data, which is designated by the display parameter read out by a display parameter read part, by a display data generating part in accordance with data read out by a data read part. CONSTITUTION:When an operation part 1 is operated to input a display command, an editing display program of a display program 16 starts the operation to fetch a picture ID inputted together with the display command, and a display parameter storage part is accessed based on the picture ID to read out the display parameter of the display object. The editing display program fetches an item group name and an item number of the display parameter to access a management file part 3 and reads out a corresponding management record. The editing display program fetches an attribute number of the item number in this management record to generate a list and displays each display data on a CRT of the operation part 1.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to a filing system that outputs filed data in a specified combination.

(Prior Art) When managing paper machine operating event data in a paper pulp factory, paper machine data is usually collected at predetermined time intervals, categorized by item, and filed.

When the user wants to know the contents of the operational event data, the user starts a display program, extracts previously specified data from among the filed data for each item, and displays it on the CRT.

(Problems to be Solved by the Invention) However, the conventional system described above has the following problems.

First of all, users using such systems have different items required for each department (or each individual).
A problem arises in that display programs with different display item contents must be prepared for each department or each individual, resulting in an excessive number of display programs.

Additionally, the required items may change even within the same department.
In this case, change the display program each time,
It was necessary to create a new one, which was very time-consuming.

In view of the above circumstances, the present invention makes it possible to extract and display necessary items for each department or individual by simply creating one display program, thereby increasing the versatility of the system. The purpose is to provide a filing system that can be used.

[Structure of the invention]

(Means for Solving the Problems) In order to achieve the above object, a filing system according to the present invention provides a filing system for displaying filed data. , a display parameter storage unit that stores display parameters in which display formats are described; and when a display command is manually input, the corresponding display parameters are retrieved from the display parameter storage unit based on display parameter selection information that is input together with the display command. a display parameter readout section that reads out the display parameters, and a data readout section that accesses the data stored based on the display parameters read out by the display parameter readout section and reads out the data selected by the display parameters;
and a display data generation section that generates and displays display data in a display form specified by the display parameters read by the display parameter readout section from the data read out by the data readout section. There is.

(Function) In the above configuration, when a display command is manually input, the display parameter readout section selects display parameters from among the display parameters previously stored in the display parameter storage section based on the display parameter selection information input together with this display command. The specified display parameters are read out, the data reading unit selects and reads out the specified data from among the already filed data based on the display parameters read out by the display parameter reading unit, and the display data generation unit Display data in a display format specified by the display parameters read by the display parameter read unit is generated from the data read by the data read unit and displayed.

(Embodiment) FIG. 1 is a block diagram showing an embodiment of a filing system according to the present invention.

The filing system shown in this figure includes an operation section 1, a file management section 2, a management file section 3, a data file section 4, and an output section 5, and includes registering, searching, and processing of data to be filed. Display, print out, etc.

The operation unit 1 includes a keyboard, a CRT, etc.
When data, commands, etc. are input from the keyboard, this is supplied to the file management section 2 and the output section 5,
When display data is supplied from the file management section 2 or the output section 5, it is displayed.

Further, the data file unit 4 includes a plurality of data files 10 (1) to 10 (N) and a free area 7 as shown in FIG. , stores the data supplied with this write command at the specified address of the data file specified by the write command. Further, when a read command is supplied from the file management unit 2, the content stored at the specified address of the data file specified by the read command is read out,
This is supplied to the file management section 2.

The data file 10 (1) is a part where data belonging to item "A" is stored, and includes one management record 11 and a plurality of data records 12 (l) to 12 (L).
).

Data record 12 (1) belongs to item “A”
This is the part that actually holds m pieces of data, and includes a relative record number area in which relative position data from the record indicated by a pointer (not shown) is written, and m pieces of data that make up item "A". Data A(1)-A
It is divided into a detailed data area of m and pl, where (m) is written.

Also, other data records 12 (2) to 1.2 (L)
The data record 12 (1) is also configured in the same manner as the data record 12 (1).

These data records 12 (1) to 12 (L
) are used in order from the smallest number, and when the last detail data area is used,
Also, the detailed data area is rewritten and reused in order starting from the first detailed data area.

Further, the management record 11 includes each of the data records 12
(L) ~ 12 This is a record for managing <L>, and includes a relative record number area in which relative position data indicating the relative position from the record indicated by the pointer is written, and a detailed data area currently specified. Current pointer area where the vertical current value and horizontal current value indicating the position are written, and this data file 10 (1)
It is divided into a cycle identifier area, which is set when all the detailed data areas within the area have been used.

Further, other data files 10 (2) to 10 (N) are configured similarly to the data file 10 (1) described above, and each includes detailed data B (1) belonging to items "B" to "N". ~B(m)...N(1)~N(m) are stored cyclically.

In addition, the management file section 3 stores each data file 10 (1) to 10 (
As shown in FIG. It is divided into

The management file record 15 (1) is a record for managing the data file 10 (1), and includes an area 16 for specifying the data file 10 (1) and a data file 1 specified by this area 16.
Area 17 showing the data structure in 0(1) and each detailed data A(1) to A(m)...N( 1)
The area 18 is divided into an area 18 in which attribute data of ~N (m) are stored.

Area 16 includes an item group name area where a name (item group name) specifying the data file 10 (1) is written, and an S E Q (No) area where a file number value automatically generated by the system is stored. and an external file information area in which the name of the magnetic disk device in which the data file section 4 exists and the external file name used when specifying the data file section 4 are written.

The area 17 also stores data indicating the address (management row address data) of the management record 11 in the data file 10 (1), and data indicating the address of the management record 11 in the data file 10 (1).
Data indicating the address (starting row address) of data record 12 (1) in data record 12 (N
), an address information area in which the number of detailed data (incremental number) that can be stored in each of the data records 12 ([) to 12 (N) is written, and the data file 10 (1) If the number of detailed data stored in the data number area and area 18 are too large to be managed in one management record, the next management record will be It is divided into a connected information area in which the S E Q (No) value is written.

Further, the area 18 is divided into "N" item attribute information areas into which attribute data of each item "A" to "N" is written.

In this case, each item attribute information area includes a record registered flag area where data indicating whether the corresponding item is accessible is written, an attribute type area where attribute data of the corresponding item is written, and a corresponding item attribute information area. The area is divided into a number of effective digits area where data indicating the number of effective digits is written, and a display/edit type area where data indicating the display form of the corresponding item is written.

The output section 5 also includes a display program 16, a display parameter storage section 17, and a printer (not shown), and when print data is supplied from the file management section 2, it prints this onto a recording paper 6. access the management file section 3 and data file section 4 to edit the data of specified items in a specified format and display it on the CRT of the operation section 1. do.

The display parameter storage unit 17 includes a plurality of screen display parameter storage areas 18 in which screen display parameters are stored, as shown in FIG. 4, and each of these screen display parameters stores a screen ID for specifying editing content. The screen ID area includes a screen ID area in which items to be edited are stored, an item group name area in which item group names indicating items to be edited are stored, and a plurality of item number areas in which numbers of items to be edited are stored.

The display program 16 includes a registration processing program, an edit display program, and a display/edit type table, and is activated in response to operations from the operation section 1 to perform various processes.

In this case, the display edit type table is a table in which display types and display edit patterns are paired as shown in FIG. 5, and is used when determining display edit patterns from display types.

Further, the registration program registers screen display parameters in the display parameter storage section 17 based on the contents input from the operation section 1.

Further, when a screen ID and a display command are input from the operation unit 1, the editing display program retrieves screen display parameters corresponding to this screen ID from the display parameter storage unit 17, and manages the display parameters based on the display parameters. While accessing the file section 3 and the data file section 4 to extract data of necessary items, the data is edited in a specified format while referring to the display/edit type table and displayed on the CRT of the operation section 1. to be displayed.

Further, the file management section 2 controls the operation of the entire file device based on a preset program.

Next, the editing and displaying operation of this embodiment will be explained with reference to an example of management of operational event data of a paper machine in a paper pulp factory.

First, in this system, parameter registration processing for display items is performed prior to item editing and display processing.

In this process, as shown in FIG. 6, ° is the name of an item group (for example, '
5OGYO”) and the item number (e.g. 1° n
”) is input (step 5T1). After this, the screen IDC for identifying the content of the money input, for example, '5OGY
OI') is input (step 5T2), the registration program of the display program 16 takes in these data, creates display parameters as shown in FIG. 7, and stores them in the display parameter storage section 17. Store it in one of the multiple screen display parameter areas 18 (step 5
T3).

Thereafter, each time the item group name, item number, and screen ID are input from the operation section 1 in the same way, the registration program creates display parameters based on these contents.
This is stored in one of the plurality of screen display parameter areas 18 in the display parameter storage section 17.

After this process is completed, when the operation unit 1 is operated and a display command is input, the editing display program of the display program 16 starts operating and the display command is input manually as shown in FIG. Screen ID (for example, “5OG
YOL") (step 5T10), accesses the display parameter storage section 17 based on this screen ID, and reads out the display parameters of the content to be displayed, that is, the display parameters shown in FIG. 7 (step 5T1
1).

Next, the editing display program takes in the item group name (in this case, "5OGYO") and the item number (in this case, "1" no) of this display parameter, accesses the management file section 3, and inputs the item group name. The corresponding management record is read (step 5T12).

Here, if the management record shown in FIG. 9, for example, is obtained as the management record corresponding to the item group name,
The editing display program takes in the item attribute information corresponding to the item number in this management record and creates a table as shown in FIG.

Thereafter, the data file unit 4 is accessed based on the contents of the management record to read the data file corresponding to the item number to be processed (step 5T13).
).

17.If the data file shown in FIG. 11 is read out as the data file corresponding to item number "1" n, the editing display program will read out the vertical current value (13''' in this case) and horizontal current value of this data file. The data of the portion indicated by the value (in this case, "5") is read, and "880220" is obtained as the content of item number "1", and "frame change" is obtained as the content of item number "n".

The editing display program then displays each of these contents "880
88-02-20 as the display data of item number "1" by applying the table shown in FIG.
"Frame change" is generated as display data for item number "n" (step 5T14).

Hereafter, the previous item contents are read in units of 1 data from the current current position indicated by the current vertical current value and horizontal current value, and the same process is performed to set each item number "1".
n'' display data is generated.

Then, when the display data for each item number "]" n is obtained for the number of display lines (step 5T15), the editing display program supplies each display data to the CRT of the operation unit 1 and displays it (step 5T15). 5T16).

In this way, in this embodiment, the contents of the necessary items are displayed on the CRT simply by inputting the screen ID along with the display command. Therefore, by creating one display program, it is possible to display the contents for each department. Necessary items can be extracted and displayed for each individual, increasing the versatility of the system.

Furthermore, in the embodiment described above, the contents of each extracted item are displayed for the number of display lines, but display data for more than the number of display lines is created, and each of these display data can be displayed on a CRT. Only a few lines may be displayed, and when the scroll key is operated, the contents displayed on the CRT may be scrolled to display other display data.

〔Effect of the invention〕

As explained above, according to the present invention, by simply creating one display program, necessary items can be extracted and displayed for each department or each individual, increasing the versatility of the system. be able to.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of the filing system according to the present invention, FIG. 2 is a schematic diagram showing details of the data file section shown in FIG. 1, and FIG. 3 is a schematic diagram showing the details of the data file section shown in FIG. 1. Schematic diagram 1 showing details. FIG. 4 is a schematic diagram showing details of the display parameter storage section shown in FIG. 1, FIG. 5 is a schematic diagram showing an example of a display editing type table used in the display program shown in FIG. 1, and FIG. FIG. 7 is a flowchart showing an example of display parameter registration processing in the same embodiment; FIG. 7 is a schematic diagram showing an example of display parameters used in the same embodiment; FIG. 8 is a flowchart showing an example of display operation in the same embodiment; The figure is a schematic diagram showing an example of a management record read by the display operation of the same embodiment, FIG. 10 is a schematic diagram showing an example of a table obtained by the display operation of the same embodiment, and FIG. 11 is a schematic diagram of the same embodiment. FIG. 3 is a schematic diagram showing an example of a data record read by the display operation of FIG. 1... Operation unit 2... File management unit 3... Management file unit 4... Data file unit 17... Display parameter storage unit 16... Display parameter reading unit, data reading unit,
Display data generation section (display program)

Claims (1)

[Claims] (1) In a filing system that displays filed data, there is a display parameter storage section that stores display parameters that describe selection information and display format of data to be displayed among the filed data, and a display command. a display parameter reading unit that reads out a corresponding display parameter from the display parameter storage unit based on display parameter selection information that is input together with the display command when input;
a data reading section that accesses stored data based on the display parameters read by the display parameter reading section and reads data selected by the display parameters; and the data read by the data reading section. A filing system comprising: a display data generation unit that generates and displays display data in a display format specified by the display parameters read by the display parameter readout unit from the display parameter readout unit.