JPH05233259A - Error message merging application system - Google Patents

Abstract

PURPOSE:To judge a position generating a translation error from a patterned editor by retrieving the error position in the patterned editor by means of a correspondence table and an error table. CONSTITUTION:A registered specification file is inputted and converted into a source, a source file 8 is outputted and corresponding information between the file 8 and a specification file 6 is outputted to a correspondence file 7. At the time of detecting an error during the period of translation, its error information is outputted from a color file 9 at the time of compiling. At the time of compiling, a line number and a column number on the source generating the error are retrieved from the file 9, a line number included between the start line and the end line and a column position included between the start column and the end column are retrieved from the file 7, a table in which the sort of specification, the number of pages and positions are allowed to correspond to the contents of the error is formed and stored in an error file 10 at the time of forming the specifications, and the error position and contents are displayed on the editor.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an error message merge processing method, and more particularly to an error message processing method for positioning an error message with respect to a patterned editor.

[0002]

2. Description of the Related Art Conventionally, a specification format file is created by a patterned editor on a terminal, the specification format file is generated as a source, and the generated source format file is translated and compiled. In the processing method,
It has a source generation process for inputting a specification format file at the time of source generation and generating a source format file, and a compile process for inputting the generated source for translation.

[0003]

However, in this conventional processing method, since the translation error at the time of compilation is located only for the file of the source format, the translation error is not seen from the patterned editor. There was a problem that I could not determine where it happened.

Therefore, an object of the present invention is to provide an error message merging method capable of determining the place where a translation error has occurred on a patterned editor.

[0005]

According to the error message merge processing method of the present invention, a specification format file is created by a patterned editor on a terminal, the file is created in the source format, and a compilation unit is created. In the merge processing method, the source generation means that creates the correspondence table that correlates the row and column positions of the specification format file and the source format file, and the error from the source format file in which the translation error is detected It is characterized by comprising a compile processing means for creating an error table indicating row and column positions, and an error merge processing means for searching for an error position in an editor patterned by the correspondence table and the error table.

[0006]

[Function] It is possible to refer to an error at the time of translation with a patterned editor that inputs a specification format.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing the overall processing steps of the error message merge processing method of the present invention. In the specification definition process shown in FIG. 1, specifications are input by an editor and registered in a specification file 6. here,
The editor is a pattern format editor, and is an editor capable of inputting specifications for producing a source which is an input in the compile process 3. The specification file 6 is a file in which specifications are stored in a symbolized form.

Next, in the source generation process 2, the specification file registered in the specification definition process 1 is input, the source is converted and output to the source file 8, and the source file 8 and the specification file 6 are further converted into the corresponding file 7. Outputs the correspondence information with. The source file 8 is a file that stores the state of the result obtained by converting the specification file 6 into a source. In the correspondence file 7, correspondence information when the specification file 6 is converted into the source file 8 is registered, and the type of the specification, the number of pages and the position, the start line, the end 3 lines of the converted source, the start column, The table corresponding to the end column is stored.

Next, in the compiling process 3, the source file 8 created in the source generating process 2 is input and the translation process is performed. When an error is detected during translation, the error information is provided to the compile-time error file. Output to 9. The compile-time error file 9 stores error information detected during compile processing, that is, the error content when an error occurs, the line number on the source, and the column position.

Next, in the error merge process 4, the line number and the column position on the source where the error occurred are searched from the compile-time error file 9 created in the compile process 3 and further created in the source generation process 2. Search the corresponding file 7 for a line number that fits between the start and end lines and a column position between the start column and the end column, and search the corresponding file 7 table for the type of specifications and the number of pages. A table is created in which positions are associated with error contents, and the created table is stored in the error file 10 at the time of generation. Then, the generation-time error file 10 stores a table in which the type, the number of pages, and the position of the specification in the specification file 6 correspond to the error content at the time of translation.

Next, in the error display processing 5, the generation-time error file 10 created in the error merge processing 4 and the specification file 6 defined in the specification definition processing 1 are input to locate the error position on the editor, and the error content Is displayed. The editor used here is the same as the editor used in the specification definition process 1.

[0013]

As described above, according to the present invention, a specification format file is created with a patterned editor on a terminal,
In the merge processing method for generating this file in the source format and creating the compile unit, the source generating means for generating the correspondence table in which the row and column positions of the specification format file and the source format file are associated with each other, Compile processing means that creates an error table that shows the row and column position of the error from the source format file when a translation error is detected, and finds the error position in the editor patterned by the correspondence table and the error table By providing the error merging processing means, it is possible to refer to the error at the time of translation in the patterned editor that inputs the specification format, so the translation error occurred from the patterned editor. It is possible to get an error message merge method that can determine the location. That.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of an error message merge method of the present invention.

[Explanation of symbols]

 1 Specification definition process 2 Source generation process 3 Compilation process 4 Error merge process 5 Error display process 6 Specification file 7 Corresponding file 8 Source file 9 Compile time error file 10 Generation error file

Claims (1)

[Claims] 1. In a merge processing method of creating a specification format file with a patterned editor on a terminal, generating the file in a source format, and creating a compilation unit, the generated source and the specification format. Source generation means for creating a file in which lines and columns are associated with each other, and a compile processing means for outputting an error file storing lines and columns in which a translation error occurs,
An error characterized by comprising an error merge processing means for locating the error position in the specification format file by associating the row and column position of the translation error with the line and column position converted from the specification format file to the source format Message merge method.