JPH01243171A - Data processor - Google Patents

Abstract

PURPOSE:To facilitate the calibration and edit of data such as a sentence to which a successive number is added by processing the train of processed codes to be retrieved, replacing the train of the processed codes to be processed with the processed code train to be retrieved and storing it into a text storing means. CONSTITUTION:In a text area 14a in an memory 14, a text code train inputted from a keyboard 11 or an external storage device 17 is stored, a character train, etc., corresponding to the text code train is displayed on a display 15. A user stores a series of the code train to contain the successive number in a retrieved code train storage area 14b by substituting the successive number part for a normal code. The processed code train, in which the normal code is replaced with the other processed code or the train, is retrieved from the text code train. There, the train of a series of processed codes to contain the successive number, etc., is retrieved, a prescribed processing is executed to the successive number part, etc., of the processed code train, the processed code is replaced with the train of the processed code to be retrieved, and it is stored into the text storage area 14a. Thus, the processing of the successive number can be facilitated.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a data processing device, such as a word processor or an editor, which processes data in which a text or the like is encoded.

[Prior Art] As a conventional data processing device, a word processor is known which has a replacement function for replacing a specific code string specified by a user with another code string.

In addition, as a method of specifying a code string, a code string that includes a specific code (regular code) other than the code to be processed, and inserts an arbitrary code from among the codes set in advance at the position of the specific code. There is also an editor that has the function of searching for and replacing the code string. This type of specification method is generally called a regular expression.

Problem to be solved by invention E 1 However, for example, if there are several items in a document and numerical symbols are attached to them with consecutive numbers, each time an item is added in the middle, the subsequent items will be Numbering must be corrected. This is easy when there are only a few items, but it becomes a tedious task when there are many items.

The present invention was made to solve the above-mentioned problem α, and therefore, its object is to provide a data processing device that can easily process serial numbers and the like.

[Means for Solving the Problem 1] In order to achieve the dual purpose, the present invention provides a text storage means for storing a text code string, a searched code string storage means for storing a searched code string, and a searched code string storage means for storing a searched code string. a search means for searching for a code string; a processing means for processing the searched code string to be processed; and a text storage means for storing the processed code string in place of the searched code string to be processed. and replacement means.

[Operation] In the present invention configured as described above, for example, the user stores a series of code strings including serial numbers in the searched code string storage means by replacing the serial number part with the regular code.

The search means searches the text code string for a processed code string in which the regular code is replaced with another processed code or its sequence.

This search searches for a series of processed codes including serial numbers and the like. Next, the processing means performs a predetermined process on the serial number part and the like of the retrieved code string to be processed. The replacing means replaces the processed code with the retrieved string of processed codes and stores it in the text storage means.

[Example 1] An example embodying the present invention will be described below with reference to the drawings.

In FIG. 1, the keyboard 11 is configured to convert input text, etc. into a code, and send the code to a processing section 12 connected to the keyboard 11. The transmitted codes include a processed code that constitutes a sentence, etc., and a regular code that is used in place of another code. Further, this keyboard 11 is connected to the processing section 12.
It also has a function to specify the processing content.

The processing section 12 includes a CPU 13 and a memory 14. This memory 14 includes a text area 14 corresponding to a text storage means for storing a text code string that is a string of each processed code that encodes characters such as sentences.
a. Search code string area 14 corresponding to the searched code string storage means for storing the code string corresponding to the searched code string.
b, and 79-area 14c for various other controls.
have. Also connected to this processing section 12 are a display 15 and a printer 16 for outputting the code string, and an external storage device 17 for storing the code string.

The functions and operations related to the present invention in the word processor configured as described above will be explained below.

A text area 14a in the memory 14 stores a text code string input from the keyboard 11 or external storage device 17, and a character string etc. corresponding to the text code string is displayed on the display 15. A case will be described in which a to-be-processed code string corresponding to the sentence shown in FIG. 2(a) is stored in the text area 14a. For example, if the sentence [(2) Digital signal processing of images] is added to the position shown by arrow A in such a sentence, it will become as shown in Figure 2 (b), and after the position shown by arrow B. It is necessary to rewrite all the numbers enclosed in "(" and ")". In this case,
The user first places the cursor at the position indicated by the arrow B.

Next, by operating the keyboard 11, the processed code representing "(", the regular code, and the processed code representing ")" are stored in order in the search code string area 14b. Next, the keyboard 11 is operated to designate the range of the processed code to be replaced with the regular code. Here, all codes and code strings corresponding to each number are specified as regular codes so that they can be replaced. Furthermore, by operating the keyboard 11, the user inputs processing for each code to be replaced with the regular code. Here, input a processing procedure for adding 1 to each number for which the regular code is to be replaced.

When the above input is completed, the keyboard 11 is operated to instruct the processing section 12 to start the replacement process.

This process will be explained below with reference to chart 70 shown in FIG.

First, in step S21, the processing unit 12 searches the code string written as 1 in the search code string area 14b in the area behind the position of the cursor in the text code string stored in the text area 1.4a, i.e. , “
A series of code strings in which a code or code string representing a number is sandwiched between codes corresponding to "(" and ")" is searched using a known method. In the above example, r(2)J is first searched.

When the code string is searched as described above, step S22
The process proceeds to step S23 due to the action of. In step S23, the code in which the regular code in the retrieved code string 2) is replaced is the code that is located at the same position as the regular code in the code string stored in the search code area 14I. Regarding processing code “2”,
As previously set, 1 is added to the number represented by the code to be processed to obtain the number 3. Next, in step S24, the processed code "2" that has been replaced with the regular code in the processed code string r(2)J searched is replaced with the processed code "3" representing 3, and the processed code string is "
(3)'' is used as a replacement code string, and is replaced with the searched code string to be processed using a known method. Next step S
Returning to step 21, the searched code string to be processed r(2)J
The same process is repeated for the processed code string "2D..." following "2D...", and r(3)J, r(4)"... are similarly converted to r(4)JJ(5), respectively. Replace it with J... As a result, when there are no more processed code strings to be searched, the process branches to step S22 and ends the process.

At this time, an example of the code to be processed representing the sentence shown in FIG. 2(c) is stored in the text area 14a.

In the following, an example has been shown in which a regular code is associated with a code or a code string representing a number, but it is also easy to make it correspond to alphabets, kana, etc. In this case, alphabets for alphabets and 50 for kana.
Processing becomes easier if you arrange them in phonetic order and associate them with numbers.

[Effects of the Invention] As detailed above, with the data processing device of the present invention, proofreading and editing of data such as sentences with serial numbers etc. are facilitated, reducing the burden on the user and improving operational efficiency. will improve.

[Brief explanation of the drawing]

1 to 3 are for explaining the present invention, and FIG. 1 shows MI! of a word processor according to an embodiment of the present invention. 2(a) to 2(c) are diagrams for explaining the functions of the word processor, and FIG. 3 is a flowchart for explaining the operation of the word processor in replacement processing. 14a...Text area, 14b...Search code string area, S21...Search means l: Corresponding process, S
23... Process corresponding to the processing means, S24... Process corresponding to the replacement means.

Claims (1)

[Scope of Claims] 1. Text storage means for storing a text code string composed of processed codes representing characters, etc.; Searched code string storage means for storing a searched code string; and the searched code string. a search means for searching the text code string stored in the text storage means for a string of to-be-processed codes corresponding to the searched code string stored in the storage means; a replacement means for rewriting the text code string stored in the text storage means so that the processing code string is replaced with a replacement code string; When a regular code representing a regular expression is included, the search means searches for a string of processed codes in which the regular code in the searched code string is replaced with another processed code or a string of processed codes. In the configured data processing device, a predetermined process is performed on the code of the part of the processed code string searched by the search means that has been replaced with the regular code to create a replacement code string to be replaced by the replacement means. A data processing device comprising a processing means.