JPH09185500A - Device and method for automatically correcting source program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To uniformly correct a similar compile error to repeatedly appear in the compiled result of source program by retrieving an error information data base based on the error pattern of compile error when the compile error is detected. SOLUTION: When the compile error exists, error information is prepared based on a compile message. Corresponding to the information of error contents, an error pattern analytic part 102 analyzes the pattern of compile error by retrieving all the parts, where an error item appears, as needed. After the compile error is made into pattern, this pattern is dispatched to a correcting method retrieving part 103. The correcting method retrieving part 103 retrieves an error information data base 108 with the error pattern dispatched from the error pattern analytic part 102 as a key and stores information concerning the correcting method of source program suitable for this error pattern into a temporary error information storage area 107.

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a source program automatic correction apparatus and an automatic correction method for automatically correcting a source program when a compilation error is detected in a compilation message output from a compilation apparatus for compiling a source program.

[0001]

2. Description of the Related Art When a compilation error exists in a compilation result of a source program, a method of supporting correction of the source program by a screen editor by recording an error message and an error line number in association with each other is known. It is described in Japanese Patent No. 182841.

Further, a method of classifying a compile error in a compile result of a source program according to the error message and decoding the source error, intermediate error, and advanced error in this order to automatically correct the source program is as follows.
It is described in JP-A-2-285435.

[0003]

In the former method of these conventional techniques, when the compilation result of the source program includes a compilation error, the user corrects the source program using a screen editor. Therefore, it takes a lot of man-hours to correct the source program, and similar compilation errors that appear repeatedly have to be corrected many times, which is a problem that uniform correction cannot be performed.

In the latter method, the source program is automatically corrected on the basis of the error message of the compilation error in the compilation result of the source program, but the compilation error is simply classified. There was a problem that the same compilation error that appeared repeatedly could not be fixed uniformly.

An object of the present invention is to reduce the number of steps required for compiling a source program.

Another object of the present invention is to enable uniform correction of similar compilation errors that appear repeatedly in the compilation result of a source program.

[0007]

A first source program automatic correction apparatus according to the present invention comprises an error information database storing an error pattern of a compile error and a source program correction method predicted corresponding thereto. When a compile error is detected in the compile message output by the compile device, a correction method predicted to eliminate the compile error is obtained by searching the error information database based on the error pattern of the compile error. The source program is automatically corrected on the basis of the correction method, and the source program correction unit instructs the compilation apparatus to further compile.

A second source program automatic correction apparatus according to the present invention has an error information database storing an error pattern of a compile error and a method of correcting the source program predicted corresponding thereto, and a source program to be compiled. A determination unit that determines whether or not it has been compiled for the first time, determines the presence or absence of a compilation error by receiving the compilation message output by the compiling device, and acquires the error information if there is a compilation error. An error pattern for patterning the compile error based on a compile message output by the compiling device when the deciding section decides that the source program has been compiled for the first time and there is a compile error. Before the analysis department The correction method search unit that searches the error information database for a correction method that is predicted to eliminate the compilation error corresponding to the error pattern that is patterned by the error pattern analysis unit and the correction method search unit, and obtain the correction method. And a source program correction unit for automatically correcting the source program based on a correction method expected to eliminate the compilation error and for instructing the compilation apparatus to perform further compilation.

According to a third aspect of the present invention, there is provided an automatic source program correction device, wherein an error information database storing an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern is stored. A determination unit that determines whether or not it has been compiled for the first time, determines the presence or absence of a compilation error by receiving the compilation message output by the compiling device, and acquires the error information if there is a compilation error. When the judging unit judges that the source program has been compiled for the first time and there is no compilation error, it comprises a display unit for displaying that there is no compilation error.

A fourth source program automatic correction apparatus of the present invention is an error information database for storing an error pattern of a compile error and a source program correction method predicted corresponding to the error pattern, and a compile output by the compile apparatus. When a compile error is detected in the message, for the source program among the correction methods predicted to eliminate the compile error obtained by searching the error information database based on the error pattern of the compile error, It is configured by a source program correction unit that selects an unapplied item, automatically corrects the source program based on the correction method, and instructs the compiling device to further compile.

In a fifth source program automatic correction apparatus of the present invention, an error information database storing an error pattern of a compilation error and a method of correcting the source program predicted corresponding thereto, and a source program to be compiled are A determination unit that determines whether or not it has been compiled for the first time, determines the presence or absence of a compilation error by receiving the compilation message output by the compiling device, and acquires the error information if there is a compilation error. , There is another correction method in which the determination unit determines that the source program is not the one that was compiled for the first time and that the compilation error detected at the first compilation has not been resolved, and that the compilation error is predicted to be resolved. If so, the correction method Performs automatic correction of the source program based, a source program correcting section for instructing the further compiled for the compiling device,
The determination unit determines that the source program is not the one that was compiled for the first time and that the compilation error detected at the first compilation has not been resolved, and there is no other correction method that is predicted to eliminate the compilation error. If it is determined that the compile error cannot be eliminated, the display unit displays.

The sixth source program automatic correction device of the present invention is an error information database for storing an error pattern of a compile error and a method of correcting the source program predicted corresponding thereto, and the source program is compiled for the first time. If the compile error detected at the first compile but not the corrected one has been resolved, a correction method registration unit for registering the correction method actually applied to the source program in the error information database. Has been done.

A seventh source program automatic correction apparatus of the present invention comprises an error information database for storing an error pattern of a compile error and a correction method of the source program predicted corresponding to the error pattern, and a source program to be compiled. A determination unit that determines whether or not it has been compiled for the first time, determines the presence or absence of a compilation error by receiving the compilation message output by the compiling device, and acquires the error information if there is a compilation error. If the determination unit determines that the source program is not the one that was compiled for the first time and the compilation error detected at the first compilation is resolved, the correction method actually applied to the source program is used. Modifications registered in the error information database It is composed of a legal registration unit.

An eighth source program automatic correction apparatus according to the present invention comprises an error information database storing an error pattern of a compile error and a correction method of the source program predicted corresponding thereto, and a source program to be compiled. A determination unit that determines whether or not it has been compiled for the first time, determines the presence or absence of a compilation error by receiving the compilation message output by the compiling device, and acquires the error information if there is a compilation error. An error pattern for patterning the compile error based on a compile message output by the compiling device when the deciding section decides that the source program has been compiled for the first time and there is a compile error. Before the analysis department The correction method search unit that searches the error information database for a correction method that is predicted to eliminate the compilation error corresponding to the error pattern that is patterned by the error pattern analysis unit, and the correction method search unit searches and obtains the correction method. A source program correction unit for automatically correcting the source program based on a correction method predicted to eliminate the compilation error, and for instructing further compilation to the compiling device, wherein the determination unit includes the source program. Includes a display unit that displays that no compile error exists when it is determined that the source program was compiled for the first time. Compile detected during first compilation without If it is determined that the error has not been resolved and that there is another modification method that is predicted to resolve the compilation error, the source program is automatically modified based on the modification method, and It includes the source program modification unit for instructing the compiling device to further compile, and the determination unit determines that the source program is not the first compilation and the compilation error detected at the first compilation has not been resolved. In addition, when it is determined that there is no other correction method that is predicted to eliminate the compilation error, the determination unit includes the display unit that displays that the compilation error cannot be eliminated. The source program is not the one that was compiled for the first time, When it is determined that the pile error has been resolved, a correction method registration unit for registering the correction method actually applied to the source program in the error information database is included.

A ninth source program automatic correction apparatus of the present invention temporarily stores error information in a compile message output by the compile apparatus, a correction method expected to eliminate a compile error in the source program, and an actually applied correction method. For temporarily storing error information, an error information database for storing an error pattern of a compilation error and a method of correcting a source program predicted corresponding thereto, and a compilation target by referring to the error information temporary storage area It is determined whether or not the source program of No. 1 is compiled for the first time, the compile message output from the compile device is received to determine whether there is a compile error, and if there is a compile error, the error information is displayed. The error The determination unit includes a determination unit that stores the information in a temporary storage area and that acquires a correction method predicted to eliminate a compilation error in the source program and a correction method actually applied from the error information temporary storage area. If the source program has been compiled for the first time and it is determined that a compilation error exists, an error pattern analysis unit that patterns the compilation error based on the compilation message received by the determination unit, and the error A correction method search unit that searches the error information database for a correction method predicted to eliminate the compilation error corresponding to the patterned error pattern by the pattern analysis unit and stores the correction method in the error information temporary storage area; The compiling stored in the temporary information storage area The source program is corrected for the first time when the source program is automatically corrected on the basis of a correction method predicted to eliminate an error, and the determination unit determines that the source program is the first time. If it is determined that the source program has been compiled and that there is no compilation error, the determination unit includes a display unit that displays that there is no compilation error, and the determination unit is the first time that the source program is not compiled. When it is determined that the compile error detected at the time of compiling is not solved, and another correction method that is predicted to eliminate the compile error is acquired from the error information temporary storage area, based on the correction method, Automatically corrects the source program, and The source device is not the first-compiled source program, and the compile error detected during the first compile is not resolved. In addition, when the other correction method that is predicted to eliminate the compile error cannot be obtained from the error information temporary storage area, the display unit includes a display indicating that the compile error cannot be eliminated. If the determination unit determines that the source program is not the one compiled for the first time and the compilation error detected at the first compilation has been resolved, the correction method actually applied provided from the determination unit The source program modifying unit that delivers the Indeed with modification method and a correction method registration unit that registers the error information database.

A first source program automatic correction method of the present invention stores an error pattern of a compile error and a source program correction method predicted corresponding to the error pattern, and a compile error is output in a compile message from a compile device. When the compile error is detected, a correction method predicted to eliminate the compile error is determined based on the error pattern of the compile error, the source program is automatically corrected based on the correction method, and the compiling device is also used. Is instructed to be further compiled.

A second method of automatically correcting a source program according to the present invention stores an error pattern of a compile error and a method of correcting the source program predicted corresponding thereto, and the source program is compiled for the first time. When there is no compile error, the display shows that no compile error exists.

A third method for automatically correcting a source program according to the present invention stores an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern, and compiles the compile error in the compile message output by the compile device. In the case of detecting the compile error, a correction method which is determined based on the error pattern of the compile error and which is not applied to the source program among the correction methods predicted to eliminate the compile error is selected, and based on the correction method, The automatic correction of the source program is performed, and further compilation is instructed to the compiling device.

A fourth method for automatically correcting a source program according to the present invention stores an error pattern of a compile error and a method for correcting the source program predicted corresponding to the error pattern, and the source program is not compiled for the first time. If the compile error detected at the first compile is eliminated, the correction method actually applied to the source program is further stored.

According to a fifth aspect of the present invention, there is provided a method for automatically correcting a source program, which stores an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern, and the source program is compiled for the first time. , And if there is a compile error, pattern the compile error based on the compile message output by the compile device, and then determine a correction method expected to eliminate the compile error corresponding to the error pattern, Furthermore, when the source program is automatically corrected based on the correction method, and further compilation is instructed to the compiling device, and the source program is compiled for the first time, and there is no compilation error, There are no compilation errors There is another correction method that displays a message to the effect that the source program has not been compiled for the first time, the compilation error detected at the first compilation has not been resolved, and that the compilation error is expected to be resolved. In this case, the source program is automatically corrected based on the correction method, and further compilation is instructed to the compiling device, and the source program is not the first compilation but is detected at the first compilation. If the compilation error is not resolved and there is no other correction method that is expected to eliminate the compilation error, a message indicating that the compilation error cannot be resolved is displayed and the source program is displayed for the first time. Detected when first compiled instead of compiled If the compilation errors are eliminated, characterized in that it further stores a correction method actually performed with respect to the source program.

[0021]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below with reference to the drawings.

Referring to FIG. 1, in a system to which an automatic source program correcting device or a source program automatic correcting method according to an embodiment of the present invention is applied, a source program to be compiled is obtained from a compilation message output from a compiling device. Is compiled for the first time or has been compiled at least once in the past, the presence or absence of a compile error is determined, and if there is a compile error, a determination unit 101 that acquires the error information and a compile target When the source program is compiled for the first time and there is a compilation error, the error pattern analysis unit 102 that patterns the compilation error by the compilation message received by the determination unit 101, and the error pattern analysis unit 10
2. A correction method search unit 103 for searching a correction method of the source program for the error pattern patterned by 2;
A source program modification unit 104 that automatically modifies a source program based on the modification method retrieved by the modification method search unit 103 and then instructs the compiling device to compile again, and a source program to be compiled is first compiled. If the compilation error does not exist, or if the compilation error has not been resolved in the second and subsequent compilations, but there is no other correction method, the display unit 105 that displays that fact and the source to be compiled A correction method registration unit 106 that registers the correction method actually applied to the source program when the compilation error is eliminated in the program, error information in the compilation message output by the compiling device, and a prediction that the compilation error is eliminated in the source program. Error information temporary storing area 1 for temporarily storing the correction method and correction method actually applied is
07, and an error information database 108 that stores information on the error pattern and the correction method of the source program predicted corresponding to the error pattern.

Further, a system to which the apparatus for automatically correcting a source program and the method for automatically correcting a source program according to one embodiment of the present invention are called by an operating system (OS) to operate and compile the source program. It calls the compiling device.

Next, the operation of the embodiment of the present invention will be described with reference to FIGS.

When the creation of the source program is completed, the user starts this device or system instead of starting the compiling device, and this device or system calls the compiling device.

First, a case where a certain source program is compiled for the first time will be described.

The compiling device delivers the result of compiling to the judging section 101 as a compiling message.
When there is a compile error, the compile message includes detailed information such as an error line number, an error item, and an error content. Therefore, the determination unit 101 can determine the presence or absence of the compile error based on the compile message. If there is a compile error, the error information created based on the compile message is stored in the error information temporary storage area 107. If the source program to be compiled has been compiled at least once in the past and a compilation error has been detected, error information exists in the error information temporary storage area 107, so the source program is not the first compilation. I understand. Further, when the source program to be compiled is the one compiled for the first time, since there is no error information in the error information temporary storage area 107, that fact can be recognized. now,
I'm thinking about compiling for the first time, so
The error information does not exist in the error information temporary storage area 107, and the determination unit 101 recognizes that the source program to be compiled is the first compiled program (step 301).

Further, the judging section 101, as described above,
Determine if there is a compilation error (step 30)
2). If there is no compile error, the error information cannot be acquired. Therefore, after the display unit 105 displays that there is no compile error (step 303), the compile ends. If there is a compile error, the error pattern analysis unit 102 is called and the error information obtained from the compile device is passed. At this time, as the error information acquired from the compiling device, an error line number, an error item, an error content, etc. can be considered.

The error pattern analysis unit 102 searches all the places where the error item appears depending on the error content information, and analyzes the compile error pattern (step 304). Once the compile error is patterned, this error pattern is corrected by the search method 1
Pass to 03. The correction method search unit 103 searches the error information database 108 using the error pattern passed from the error pattern analysis unit 102 as a key, and obtains information about the correction method of the source program suitable for this error pattern in the error information temporary storage area 107. To store.
At this time, when there are a plurality of possible correction methods, all of them are stored in the error information temporary storage area 107 as correction method candidates (step 305).

The source program modification unit 104 first
Load the compiled source program and make a backup of it. After that, the source program is automatically corrected based on the most appropriate correction method stored in the error information temporary storage area 107, and the corrected source program is output. Further, the source program modification unit 104 instructs the compiling device to compile this source program (step 306).

Next, the case where the source program modified in this way is recompiled will be described.

The compiling device passes the result of compiling to the judging section 101 as a compiling message.
Since the case of compiling again is considered now, the error information exists in the error information temporary storage area 107, and the determination unit 101 recognizes that the source program to be compiled is the first compiled program (step 301).

Further, the judging section 101 judges whether or not the compile error detected when compiling the program to be compiled for the first time has been resolved (step 3).
07). If there is a compilation error that has not been resolved, it is determined whether or not another correction method for the compilation error exists in the error information temporary storage area 107 (step 308). If there is another fix,
The determination unit 101 selects this correction method, and passes the fact that the compilation error has not been resolved and this correction method to the source program correction unit 104 (step 309). If there is no other correction method, the display unit 105 displays that the compilation error cannot be resolved (step 303), and then the compilation ends.

Regarding the compile error that has been resolved for the first time in this compilation, the correction method actually applied to the source program for the compile error is acquired from the error information temporary storage area 107, and this compile error is resolved. The actually applied correction method is passed to the source program correction unit 104 (step 31).
0).

The source program correction unit 104 automatically corrects the source program based on the correction method passed from the determination unit 101 for the unresolved compilation error (step 306). On the other hand, for the resolved compile error, the actually applied correction method passed from the determination unit 101 is passed to the correction method registration unit 106.

The correction method registration unit 106 registers this actually applied correction method in the error information database 108 (step 311).

Here, how to analyze the pattern of the compilation error will be described with a concrete example.

For example, when a compile message including information indicating that the data type is not defined for a certain item is output, the error pattern analysis unit 102 applies this compile error to the pattern "data type undefined".

Further, after all the places where the item is used are searched from the source program, the error information database 108 is referred to. When the error pattern is "data undefined", the data type may be determined by referring to the header file that manages the function and the attribute of the parameter as shown in FIG. Determine the data type that seems most appropriate for. After that, a data type definition statement is created according to the language of the source program, and this is added to the source program to perform automatic correction.

As described above, the processing of the system to which the apparatus for automatically correcting a source program or the method for automatically correcting a source program according to the embodiment of the present invention is applied is completed.

According to the source program automatic correction apparatus and the automatic correction method of the embodiment of the present invention, the source program is automatically corrected by referring to the error information database in which the error information in the compilation result is registered. This has the effect of reducing the number of steps required to compile the source program.

Further, by referring to the error information database in which the error information in the compile result is registered, if there is a similar compile error, the same correction is made to the source program to obtain the compile result of the source program. This has the effect that uniform corrections can be made for similar compilation errors that appear repeatedly.

[0043]

As described above, the automatic source program correcting apparatus and method of the present invention have the effect of reducing the number of steps required for compiling a source program.

Further, there is an effect that uniform compilation can be performed for the same compilation error that appears repeatedly in the compilation result of the source program.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a system to which an automatic source program correcting apparatus or an automatic source program correcting method according to an embodiment of the present invention is applied.

FIG. 2 is a diagram showing the content of an error information database 108 in a specific example according to an embodiment of the present invention.

FIG. 3 is a flow chart showing a process of a system to which an automatic source program correcting apparatus or an automatic source program correcting method according to an embodiment of the present invention is applied.

[Explanation of symbols]

 101 determination unit 102 error pattern analysis unit 103 correction method search unit 104 source program correction unit 105 display unit 106 correction method registration unit 107 error information temporary storage area 108 error information database

Claims (14)

[Claims] 1. An error information database for storing an error pattern of a compile error and a method for correcting a source program predicted corresponding to the error pattern, and when a compile error is detected in a compile message output from a compile device, Acquiring a correction method predicted to eliminate the compilation error by searching the error information database based on the error pattern of the compilation error, and automatically correcting the source program based on the correction method,
An automatic source program modifying device, comprising: a source program modifying unit for instructing the compiling device to perform further compilation. 2. An error information database that stores an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern, and determines whether or not the source program to be compiled is the first compiled one. In addition, the compiling device receives a compile message output to determine the presence or absence of a compile error, and if there is a compile error, a determining unit for acquiring the error information, the determining unit is the first time the source program. When it is determined that the compile error has been compiled and there is a compile error, the error pattern analysis unit that patterns the compile error based on the compile message output by the compile device, and the error pattern analysis unit performs patterning Error A correction method search unit that searches the error information database for a correction method that is predicted to eliminate the compile error corresponding to a turn, and that the compile error that is obtained by the correction method search unit is predicted to be eliminated An automatic source program correcting device comprising: a source program correcting unit for automatically correcting the source program based on a correcting method and for instructing the compiling device to further compile. 3. An error information database that stores an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern, and determines whether or not the source program to be compiled is the first compiled one. In addition, the compile device receives a compile message output to determine the presence or absence of a compile error, and if there is a compile error, a determining unit that acquires the error information, and the determining unit is configured to compile the source program for the first time. And a display unit for displaying a message indicating that there is no compilation error when it is determined that there is no compilation error. 4. An error information database storing an error pattern of a compile error and a method of correcting a source program predicted corresponding to the erroneous pattern, and when a compile error is detected in a compile message output by a compile device, Among the correction methods predicted to eliminate the compilation error obtained by searching the error information database based on the error pattern of the compilation error, a correction method not yet applied to the source program is selected, and the correction method is selected. An automatic source program correcting device, comprising: a source program correcting unit which automatically corrects the source program based on the source program and which instructs the compiling device to further compile. 5. An error information database that stores an error pattern of a compile error and a correction method of a source program predicted corresponding to the error pattern, and determines whether or not the source program to be compiled is the first compiled one. In addition, the compile device receives a compile message output to determine the presence or absence of a compile error, and if there is a compile error, a determining unit that acquires the error information, and the determining unit is configured to compile the source program for the first time. If it is determined that the compile error detected during the first compilation is not resolved, and that there is another modification method that is predicted to resolve the compilation error, it is determined based on the modification method. And automatically correct the source program At the same time, the source program modifying unit for instructing the compiling device to further compile, and the judging unit not compiling the source program for the first time, and compiling error detected at the first compiling time has not been resolved. When it is determined that there is no other correction method that is predicted to eliminate the compilation error, a display unit that displays that the compilation error cannot be eliminated is included. Automatic source program correction device. 6. An error information database storing an error pattern of a compilation error and a method of correcting a source program predicted corresponding thereto, and the source program was detected not at the first compilation but at the first compilation. An automatic correction device for a source program, comprising: a correction method registration unit for registering a correction method actually applied to the source program in the error information database when the compile error is resolved. 7. An error information database that stores an error pattern of a compile error and a correction method of a source program predicted corresponding to the error pattern, and determines whether or not the source program to be compiled is the first compiled one. In addition, the compile device receives a compile message output to determine the presence or absence of a compile error, and if there is a compile error, a determining unit that acquires the error information, and the determining unit is configured to compile the source program for the first time. If it is determined that the compile error detected at the first compile is not resolved, the correction method registration unit that registers the correction method actually applied to the source program in the error information database. Source program characterized by including Automatic correction device for a continuously. 8. An error information database storing an error pattern of a compile error and a method of correcting the source program predicted corresponding to the error pattern, and determining whether or not the source program to be compiled is the first compiled one. In addition, the compiling device receives a compile message output to determine the presence or absence of a compile error, and if there is a compile error, a determining unit for acquiring the error information, the determining unit is the first time the source program. When it is determined that the compile error has been compiled and there is a compile error, the error pattern analysis unit that patterns the compile error based on the compile message output by the compile device, and the error pattern analysis unit performs patterning Error A correction method search unit that searches the error information database for a correction method that is predicted to eliminate the compile error corresponding to a turn, and that the compile error that is obtained by the correction method search unit is predicted to be eliminated A source program modifying unit that performs an automatic modification of the source program based on a modifying method, and that instructs the compiling device to perform further compilation, wherein the determining unit is the first compiled source program, and When it is determined that there is no compile error, the display unit that displays that there is no compile error is included, and the determination unit does not compile the source program for the first time, but the compile detected at the first compile time. It is determined that the error has not been resolved, and When it is determined that there is another modification method that is predicted to eliminate the pile error, the source program is automatically modified based on the modification method, and the source for instructing further compilation to the compiling device. Including a program correction unit, the determination unit determines that the source program is not the one that was compiled for the first time and the compilation error detected at the first compilation has not been resolved, and is predicted to eliminate the compilation error. In the case where it is determined that the correction method of No. does not exist, the display unit that displays that the compile error cannot be resolved is included, and the determination unit determines that the source program is not the first-compiled version but the first-time compilation. Judged that the compile error detected at compile time has been resolved Expediently, automatic correction device of the source program, which comprises a correction method registration unit that registers actually subjected to modified method with respect to the source program to the error information database. 9. An error information temporary storage area for temporarily storing error information in a compile message output by a compiling device, a correction method predicted to eliminate a compilation error in a source program, and an actually applied correction method, and An error information database that stores an error error pattern and a corresponding source program correction method, and whether the source program to be compiled was first compiled with reference to the error information temporary storage area. In addition to determining whether or not, the compile message output by the compile device is received to determine the presence or absence of a compile error. If there is a compile error, the error information is stored in the error information temporary storage area, and Source The program includes a determination unit that acquires from the error information temporary storage area a correction method that is predicted to eliminate a compilation error and a correction method that is actually applied, and the determination unit determines that the source program was compiled for the first time. , And when it is determined that a compile error exists, an error pattern analysis unit that patterns the compile error based on the compile message received by the determination unit, and an error pattern that the error pattern analysis unit patterns A correction method search unit that searches the error information database for a correction method expected to eliminate the compilation error, and stores the correction method in the error information temporary storage area; and the compilation error stored in the error information temporary storage area. Based on the correction method expected to eliminate The source program is automatically compiled, and a source program modifying unit for instructing the compiling device to further compile is included. If it is determined that the source program is not compiled for the first time, the determination unit includes a display unit that displays that there is no compilation error. If it is determined that it is not, and if another correction method that is predicted to eliminate the compilation error is acquired from the error information temporary storage area, the source program is automatically corrected based on the correction method, and Directs further compilation to the compiling device The source program modifying unit, the determining unit determines that the source program is not the first-compiled version and that the compilation error detected at the first compilation is not resolved, and the error information temporary storage area When the other correction method expected to eliminate the compile error cannot be acquired, the display unit includes a display indicating that the compile error cannot be eliminated, and the determination unit determines that the source program is When it is determined that the compilation error detected at the first compilation, not the first compilation, has been resolved, the source program modification unit that transfers the actual correction method passed from the determination unit, and The error information indicating the correction method actually applied from the source program correction section A source program automatic correction device, comprising: a correction method registration unit for registering in a database. 10. An error pattern of a compile error and a method of correcting a source program predicted corresponding thereto are stored, and when a compile error is detected in a compile message output by a compile device,
A correction method predicted to eliminate the compilation error is determined based on the error pattern of the compilation error, the source program is automatically corrected based on the correction method, and further compilation is instructed to the compiling device. A method for automatically correcting a source program, characterized by: 11. Compiling an error pattern of a compile error and a method of correcting a source program predicted corresponding thereto, and when the source program was compiled for the first time and there is no compile error, the compilation is performed. An automatic correction method for a source program, characterized by displaying that there is no error. 12. An error pattern of a compile error and a correction method of a source program predicted corresponding thereto are stored, and when a compile error is detected in a compile message output by a compile device,
Of the correction methods that are predicted to eliminate the compilation error determined based on the error pattern of the compilation error, a correction method that has not been applied to the source program is selected, and the source program is automatically corrected based on the correction method. And a method of instructing the compiling device to further compile the source program. 13. An error pattern of a compile error and a method of correcting a source program predicted corresponding to the error pattern are stored, and a compile error detected at the first compile but not the first compile of the source program is resolved. If so, the method for automatically correcting the source program further stores the correction method actually applied to the source program. 14. An error pattern of a compilation error and a correction method of a source program predicted corresponding thereto are stored, and the source program is compiled for the first time.
And if there is a compile error, the compile error is patterned based on the compile message output by the compile device, and then a correction method that is predicted to eliminate the compile error corresponding to the error pattern is determined. The source program is automatically compiled based on the modification method, and further compilation is instructed to the compiling device, and the source program is compiled for the first time.
If no compile error exists, a message indicating that no compile error exists is displayed, and the compile error detected during the first compile is not resolved and the source program is not the first compile error. If there is another modification method that is predicted to eliminate the compilation error, the source program is automatically modified based on the modification method, and further compilation is instructed to the compiling device. Is not the one that was compiled for the first time, but the compilation error detected during the first compilation has not been resolved, and there is no other fix that is expected to resolve the compilation error, then the compilation error is resolved. A message indicating that it is impossible is displayed, and the source program The source program is characterized by further storing the correction method actually applied to the source program when the compilation error detected at the first compilation is not the first time the program was compiled. Automatic correction method.