JPH05233553A - Data editing system - Google Patents

Abstract

PURPOSE:To eliminate the editing omission and the processing complicacy in a data editing system by providing an integrated editing processing means which has no reliance on the digit number of data. CONSTITUTION:An analyzing means 10 reads the editing instruction information out of 8 storing area storing the editing processing information and an application work program which gives the editing instruction information for the editing processing. Then the means 10 decides whether an editing instruction shows or not an editing form where the date are edited in a floating state. If so, the processing forms of the inserted end floating characters are turned into a pattern and the pseudo instruction group information 51 is generated and stored in the storing area. An editing instruction constitute means 20 gets the information 51 and generates the editing instruction information 52 for execution of the editing. An editing means 30 knows the input position of the data to be edited from the editing processing form obtained from the information 52 and acquires the relevant data to process them by an instruction of a pseudo instruction group. Then the editing result information 53 thus obtained is stored in the storing area. An output means 40 outputs the information 53 to an output device 80 pointed by the application work program from the storing area.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data editing system, and more particularly, to an electronic computer system for editing information of inserted characters and floating characters while floating data left and right.
The present invention relates to a data editing method that enables floating editing processing without being affected by the number of digits of data.

[0002]

2. Description of the Related Art Conventionally, a data editing method in an electronic computer system for editing information of inserted characters and floating characters while floating data left and right is as follows.

First, floating editing is a currency editing "¥",
This is an edit processing format in the case where "+" and "-" of code editing are consecutively specified as two or more editing characters,
The zero value of the upper digit of the possible data (numeric data) is treated as an invalid value, and the editing characters "\", "+", and "-" are placed immediately before the most significant digit where a value other than zero appears. This is the editing method to be set. For example, to edit the currency, use "\\, \\
When "\, \\ 9" is specified and the data value is "100", it is "\ 100" and the data value is "1".
If it is "2345", it will be "¥ 12,345". If the number of digits of data in this editing is 8 digits, the editing result is "12,34" for the data value "12345678".
5,678 ". Therefore, the edit designation must be given in consideration of the maximum number of digits of data. In the previous example, "\\
By setting "\, \\\, \\ 9", the editing result will be "\ 1".
2,345,678 ".

This is because the initial value of the work area for the editing process is initialized by the edit designation character, and only the digit number of the effective data value is registered in this area later.
Therefore, if you register a data value for the number of digits specified for editing, it will be output or displayed without any editing characters added.If you register a data value that is less than the number of digits specified for editing, it will be output after replacing the invalid digits at the left end with blanks. Or it will be displayed.

[0005]

In the above-mentioned conventional data editing method, as a problem in processing floating editing, there is a drawback that an editing character is not added when there is data equal to the number of digits designated for editing. There is a disadvantage in that the work area for editing is initialized with edit characters, and after the data is edited, if there is an invalid upper digit, it is replaced with a blank, which complicates the processing.

The object of the present invention is to eliminate the above-mentioned drawbacks and to perform floating editing in a unified manner while floating the data left and right without affecting the information editing of the inserted character and the floating character regardless of the number of digits of the data. It is to provide a data editing method that provides a means capable of doing so.

[0007]

A data editing method according to the present invention is a data editing method in an electronic computer system that edits information of an inserted character and a floating character without floating the data to the left and right. The storage area in which the related information is stored and the application instruction program that gives the editing instruction information in the editing processing are read from the editing instruction information, and it is determined whether or not there is a processing form in which the editing instruction edits while floating the data. In the case of editing while floating, the processing means for inserting characters and floating characters is patterned to generate a pseudo instruction group and stored in the storage area. The edit command forming means for generating the edit command information to be performed and the edit processing mode obtained from the edit command information are used to obtain the input position of the data to be edited. Editing means for acquiring the editing result information obtained by executing the instructions in the pseudo instruction group in the storage area, and outputting means for outputting the editing result information in the storage area to the output device designated by the application program. have.

[0008]

Embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing an electronic computer system to which a data editing system according to an embodiment of the present invention is applied. In FIG. 1, the electronic calculation recording system according to the present embodiment is provided with input data 70, an output device 80 for outputting an editing result, a storage area 50 for storing each information, and editing instruction information in the editing process. Business program 60
(Referred to as program 60). The storage area 50 includes an edit pseudo instruction group 51, edit instruction information 52, and edit result information 5
3 of these information is stored.

Further, in the electronic computer system, the analysis means 10 for analyzing the edit definition information from the program 60 is
Editing command constructing means 20, editing means 30, and output means 4
Including 0 and. The analysis means 10 reads the edit definition information from the application program 60 which gives the edit instruction information, judges whether or not there is a processing form in which the edit instruction edits while floating the data, and when editing is performed without floating the data, An edit pseudo-instruction group 51 is generated by patterning the processing form of the inserted character and the floating character and stored in the storage area 50. The output unit 40 outputs the edit result information 53 in the storage area 50 to the output device 80 designated by the application program 60.

FIG. 2 is a flow chart illustrating the processing of the analysis means 10. In FIG. 2, the program 60 is
As input information of the analysis means 10, edit definition information defining a data edit method is given. As shown in FIG. 6, the edit definition information is composed of attribute information for each data item and an edit designation format. First, the analysis means 10 executes the program 6
The edit definition information given by 0 is read (step 10
1) The presence / absence of edit designation is determined (step 102).
If there is no edit designation, the process proceeds to step 107, the edit is set so that the default edit (edit for zero suppression, etc.) characters are set, and the process proceeds to step 104. If there is an edit designation, it is judged whether or not the edit designation is floating edit by referring to the edit insertion character list (see FIG. 8) (step 103), and the pseudo instruction and the edit digit are matched to the corresponding edit character. Generate a number (step 10)
4). The edit pseudo-instruction group 51 in FIG. 8 is an example in which the edit designation "\, \\\\, \\ 9" for the data item "ITEM1" in the edit definition information shown in FIG. Step 105 is a processing unit related to the above-mentioned processing, and generates the edit pseudo instruction group 51 while reading the edit character from the upper digit. Generated edit directive group 5
1 is stored in the storage area 50 (step 106), and after storing, the edit command composing means 20 is activated to generate the edit command information 52.

FIG. 3 is a flow chart exemplifying the processing of the edit command composing means 20. In FIG. 3, the edit command constructing means 20 first obtains a data input area and an output area for outputting an edited result from the data input / output definition information of the program 60 (step 201). Next, the attribute of the data related to the editing process is obtained from the editing definition information (step 20).
2). Input data attribute information and output data attribute information are generated based on the information (steps 203 to 20).
4). After generation, edit command information 5 including input data attribute information, output data attribute information, and edit pseudo instruction group information 51
2 is generated and registered in the storage area 50 (step 20).
5). After registration, the editing means 30 is activated.

FIG. 9 is a diagram showing an example of the edit command information 52. In FIG. 9, the edit command information 52 is a set of information necessary for executing the edit command, and the length of the set is set as the command length and the type of the edit command is set as the command type in the first word. Input data attribute information is set for the second word, output data attribute information is set for the third word, and edit pseudo-instruction group information 51 is set for the fourth and subsequent words. However, the data output area in the output data attribute information indicates the corresponding position in the storage area 50.

FIG. 4 is a flow chart illustrating the processing of the editing means 30. In FIG. 4, the editing means 30 reads the edit command information 52 registered in the storage area 50 (step 301), and sets the above information in the actual command part of the edit command (step 302). The edit command is executed, and the executed edit result information 53 is registered in the storage area 50 (step 303). After registration, the output means 40 is activated.

FIG. 10 is a diagram illustrating the editing result information 53. It is the result of executing the editing for ITEM1 defined in FIG.

FIG. 5 is a flow chart illustrating the processing of the output means 40. The output means 40 obtains an output from the program 60 (step 401) and outputs the edit result information 53 registered in the storage area 50 to the output destination (step 401), and the edit result registered in the storage area 50. The information 53 is output to the output destination (step 40).
2). After the output, the processing steps 301 to 402 are repeated according to the number of processed data, and the processing ends.

In FIG. 7, the editing means 30 edits information 52.
FIG. 9 is a diagram illustrating a process of executing an editing process according to the above.
(A) is an explanation of the editing format for ITEM1 in Example 1 according to the processing procedure when the data length is 7 digits and the editing designation is "\, \\\, \\ 9". If: Insert \, set the value and insert a comma If 0: Insert two blank digits Step 2 If the higher digits are other than 0, all digits with the following digits are displayed. If it is 0: Numeric value other than 0 → Insert \ and set the relevant value If 0 → Insert 1 blank digit Step 3 If the higher rank is a value other than 0, all the numerical values of the following digits are displayed If the upper digit is 0: Numeric value other than 0 → Insert \ and set the relevant numerical value If 0 → Insert one blank digit Step 4 If the upper digit is a numerical value other than 0, the number of digits below All numbers are displayed and commas are inserted. Case: Numerical value other than 0 → Insert \, set the numerical value and insert a comma If 0 → Insert two blank digits Step 5 If the upper numerical value is other than 0, all numerical values below are displayed If the high-order is 0: Insert a numerical value other than 0 → \, set the numerical value and insert a comma If 0 → insert a blank digit Step 6 If the high-order numerical value is other than 0, Numerical values of all digits are displayed When the upper digit is 0: Numerical value other than 0 → Insert \ and set the relevant numerical value When 0 → Insert one blank digit Step 7 If the upper digit is a numerical value other than 0 In this case, all numerical values of the following digits are displayed. When the higher order is 0: Numerical value other than 0 → Insert \ and set the numerical value If 0 → Insert one blank digit and set value 0 Will do. It should be noted that "inserting two blank digits and one digit" means that the output edit position is shifted by two digits and one digit toward the lower position.

(B) is an explanation of the editing format for ITEM2 of Example 2 in accordance with the processing procedure when the data length is 5 digits and the editing designation is "---, -9". Numerical values other than step 1010 In case of: -Insert the relevant numerical value. In case of 0: Insert one blank digit. Step 102 If the higher order is a numerical value other than 0, all numerical values of the following digits are displayed and commas are inserted. If the high-order is 0: Insert a numeric value other than 0 →-, set the numeric value and insert a comma If 0 → insert two blank digits Step 103 If the high-order numeric value is other than 0, the number of digits below All the numerical values of are displayed. If the upper value is 0: Insert a numerical value other than 0 → -and set the numerical value If 0 → Insert a blank digit Step 104 If the upper value is a non-zero value, All figures below are a table If the upper digit is 0: Insert a numeric value other than 0 → -and set the relevant numeric value If 0 → Insert one blank digit Step 105 If the upper digit is a non-zero numeric value, Numerical values are all displayed When the high-order is 0: Numerical value other than 0 → -is inserted and the numerical value is set When 0 → One blank digit is inserted and the value 0 is set.

[0019]

As described above, the present invention relates to an information editing processing system, and in particular, in a program that processes floating editing, by providing a unified editing processing means that does not depend on the number of digits of data, it is possible to eliminate editing errors. This has the effect of eliminating the drawback that data that is generated and the drawback that processing is complicated.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of a computer system to which an information editing system of the present invention is applied.

FIG. 2 is a flowchart illustrating a process of the analysis unit 10 of FIG.

FIG. 3 is a flowchart showing an example of processing of edit command composing means 20.

FIG. 4 is a flowchart illustrating a process of the editing unit 30.

FIG. 5 is a flowchart illustrating a process of the output unit 40.

FIG. 6 is a diagram showing an example of edit definition information provided by a program 60.

FIG. 7 is a diagram exemplifying an outline of editing processing.

8 is a diagram showing an example of editing pseudo-instruction group information 51 generated by analysis means 10. FIG.

FIG. 9 is a diagram showing an example of edit command information 52 generated by edit command configuration means 20.

10 is a diagram showing an example of editing result information 53 generated by the editing means 30. FIG.

[Explanation of symbols]

 10 analysis means 20 editing instruction composing means 30 editing means 40 output means 50 storage area 51 editing pseudo instruction group information 52 editing instruction information 53 editing result information 60 program 70 input data 80 output device

Claims (1)

[Claims] 1. A data editing method in an electronic computer system for editing information between an insertion character and a floating character while floating data left and right, the storage area storing information relating to the editing process, and the editing. The editing instruction information is read from the application program which gives the editing instruction information in the processing, and it is judged whether or not the editing instruction is a processing mode in which the data is edited while floating the data. Analysis means for patterning the processing form with floating characters to generate a pseudo instruction group and storing it in the storage area; and editing instruction composing means for obtaining the pseudo instruction group information and generating edit instruction information to be edited. An edit instruction configuration means for obtaining the edit instruction information to be edited by obtaining the pseudo instruction group information, and an edit processing form obtained from the edit instruction information. And applying the editing result information of the storage area to the storage area, which obtains the input position of the data to be edited, acquires the data, and executes the execution result according to the instructions of the pseudo instruction group to store the obtained editing result information in the storage area. A data editing method, comprising: an output means for outputting to an output device instructed by a business program.