JPH04256128A - Jis code file producing device - Google Patents

Abstract

PURPOSE:To prevent the conversion and operation mistakes by reducing the burden caused by the change of the file contents, etc. CONSTITUTION:An input file 1 and an output file 2 include the KANJI (Chinese characters) using the shift JIS codes. An analyzing means 52 decides whether the reed date is coincident with an ANK, the KANJI or a restoration code. An ANK processing means 54 processes the read data if it is coincident with the ANK, and a KANJI processing means 55 processes the reed date when it is coincident with the KANJI. Then a restoration code processing means 56 processes the reed data when it is coincident with the restoration code respectively. An ANK/KANJI designation means 58 decides the heed or the end of a KANJI string, and a conversion means 59 converts a shift JIS code into a JIS code.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a JIS code file creation device, and more particularly to a JIS code file creation device that creates a file by converting shift JIS code into JIS code.

0002

[Prior Art] When a file containing kanji is created in a system using MS-DOS, the kanji are converted to Shift JIS.
code is used. When creating a file containing kanji using JIS code as data necessary for debugging in this system, refer to the kanji code table and
It was supposed to be converted to IS code and the contents of the file changed using a file conversion tool.

0003

The above-mentioned conventional technology has the disadvantage that it requires a lot of time and effort because it requires converting all kanji characters into JIS codes and changing the contents of the files.

An object of the present invention is to create a file in shift JIS code using an editor or the like, and then convert the shift JIS code to JIS code to create the file.

[0005]

[Means for Solving the Problems] A JIS code file creation device of the present invention includes (A) an input file containing kanji characters using shift JIS codes; (B) an output file containing kanji characters using JIS codes; (C) an input means for reading data from an input file; (D) an analysis means for determining whether the read data is ANK, Kanji, or a revised code;
(E) ANK to be processed when the read data is ANK
(F) a kanji processing means that performs processing when the read data is a kanji character; (G) a return code processing means that performs processing when the read data is a return code; and (H) output. An output means for writing data to a file, and (I) ANK/ANK used to determine the beginning or end of a kanji character string.
Kanji designation means and JIS from (J) shift JIS code
and conversion means for converting into code.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be explained with reference to the drawings. FIG. 1 is a block diagram showing one embodiment of the present invention, and FIG. 2 is a flowchart explaining the operation in one embodiment of the present invention.

[0007] In the input file 1, kanji characters are represented by shift JIS codes, and a return code is inserted at the end of each line to compress the data. Furthermore, in the output file 3, Kanji characters are expressed in JIS codes, and a Kanji IN code is inserted at the beginning of the Kanji character string, and a Kanji OUT code is inserted at the end of the Kanji character string. The record length is determined in advance, and 0 is set at the end of each line until the record length is reached.

The operation will now be explained with reference to FIG.

1. A flag is provided as the ANK/kanji designation means 58, and 0 is set as the initial value (step 101
) When this flag is 0, the character processed immediately before is ANK, 1
Indicates that the most recently processed character was a kanji.

2. Input means 51 reads data from input file 1 (step 102) 3. Input file 1
If the read data is ANK, the processing is terminated (step 103) 4. If the read data is ANK, it is sent to ANK processing means 54 of processing section 53, and if it is Kanji, it is sent to Kanji processing means 5.
5. If the code is a return code, the process proceeds to the return code processing means 56 (step 104). 5. ANK/kanji designation means 5.
When flag 8 is 1, it is the end of the kanji character string, so step 106 and step 107 are performed (step 105).
6. Set the flag to 0 (step 106) 7. Write the kanji OUT code to the output file 3 using the output means 57 (step 107) 8. Write the read data to the output file 3 (step 108) 9, flag is 0
Since it is the beginning of the kanji character string, step 110 and step 111 are performed (step 109) 10, and the flag is set to 1.
(Step 110) 11. Write the kanji IN code to the output file 3 (Step 111) 12. Convert the shift JIS code to JIS code using the conversion means 59 (Step 112) 13. Output file 3 Write the JIS code to (step 113) 14, write 0 to output file 3 until the length of one line becomes the record length (step 114)

[Effects of the Invention] As explained above, the present invention provides MS-D
In a system using an OS, input files are created using an editor, etc., so files containing kanji using JSI codes necessary for debugging can be created, so conversion to JIS codes using kanji code tables and file conversion tools This has the effect of reducing the burden caused by changes to file contents, etc., and preventing errors caused by conversion mistakes, mistakes in operating the file conversion tool, etc.

[0011]Furthermore, it is possible to create a file in JIS code without considering the characteristics of a file in JIS code, such as Kanji IN code, Kanji OUT code, record length, etc.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing one embodiment of the present invention.

FIG. 2 is a flowchart for explaining the operation of FIG. 1;

[Explanation of symbols]

1 Input file 2 Output file 52 Analysis means 54 ANK processing means 55 Kanji processing means 56 Reversion code processing means 58　　　　　　ANK/Kanji specification means 59 Conversion means

Claims (1)

[Claims] Claim 1: (A) an input file containing kanji characters using shift JIS codes; (B) an output file containing kanji characters using JIS codes; and (C) input means for reading data from the input files. (D) The read data is AN
(E)
ANK processing means that processes when the read data is ANK, (F) Kanji processing means that processes when the read data is a kanji character, and (G) a kanji processing means that processes when the read data is a reformed code. (H) output means for writing data to an output file; (I) ANK/kanji designation means used to determine the beginning or end of a kanji character string; (J) A JIS system comprising: converting means for converting from a shift JIS code to a JIS code.
Code file creation device.