METHOD FOR AUTOMATICALLY GENERATING CORRECTED PROGRAM INHERITED PROGRAM, AUTOMATIC PROGRAM GENERATION APPARATUS, AND STORAGE MEDIUM STORING PROGRAM FOR AUTOMATICALLY GENERATING CORRECTED PROGRAM INHERITED PROGRAM

Abstract

An automatic program generation unit automatically generates a program according to designing information. When a code is added by a change in designing information, a corrected portion inheriting unit retrieves an added portion from a new program automatically generated according to the latest designing information. When a code is deleted by a change in designing information, the deleted portion is retrieved from a corrected program obtained by correcting the previous automatically-generated program. Then, the added portion obtained by the retrieval is added to the corrected program, and the deleted portion is deleted from the corrected program.

Description

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a method for automatically generating a corrected program inherited program, an automatic program generation apparatus, and a storage medium storing a program for automatically generating a corrected program inherited program.

2. Description of the Related Art

An automatic generation program for automatically generating a program according to designing information has ben developed. However, since it is rather difficult for the current automatic generation program to generate a program applicable as is, an automatically generated program is normally corrected for practical use. After the automatically generated program is corrected, the designing information is changed, and a program is automatically generated according to the changed designing information. Since the program is automatically generated with a corrected code ignored, the same correction has to be made again to the automatically generated program.

To solve the above described problem, there has been an automatic generation program developed to have a subsequent automatically generated program automatically inherit a corrected code.

SUMMARY OF THE INVENTION

However, to protect a corrected portion when a program is automatically generated, it is necessary to clearly describe the corrected portion in an automatic generation program so that the program can recognize it, thereby complicating a program correcting operation.

The present invention aims at automatically generating a corrected portion inherited program without describing a corrected portion of the program.

The method for automatically generating a corrected program inherited program according to the first embodiment of the present invention automatically generates a program which inherits the contents of the correction in the corrected program by retrieving a changed portion of the program based on the contents of a change in the designing information, and adding or deleting the retrieved changed portion to or from the corrected program obtained by correcting the automatically generated program.

The method for automatically generating a program according to the second embodiment of the present invention automatically generates a program which inherits the contents of the correction in the corrected program by storing old designing information and the latest designing information, retrieving a changed portion of the program based on the old designing information and the latest designing information, and adding or deleting the retrieved changed portion to or from the corrected program obtained by correcting the automatically generated program.

According to the first or second embodiment of the present invention, a corrected portion inherited program can be automatically generated by adding or deleting a changed portion to or from a corrected program obtained by correcting an automatically generated program after changing the designing information.

Therefore, since it is not necessary to clearly describe the corrected portion in the program, a corrected portion inherited program can be automatically generated without complicating the program correcting operation.

In addition, since a comment indicating the addition or deletion is added after or before a code added or deleted by a change in designing information, a portion changed in a program by the change in designing information can be easily detected.

Furthermore, when a corrected portion inherited program is generated, the contents of a design change, and the information about the number of a program line into or from which a code has been added or deleted, about the type of the code, etc are output as a log file. Accordingly, the user can be informed when the code was changed, and what type of code was changed.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a block diagram of the automatic program generation apparatus;

FIG. 2 shows the process of generating a program;

FIG. 3 is a flowchart (1) of the process of automatically inheriting a corrected program;

FIG. 4 is a flowchart (2) of the process of automatically inheriting a corrected program;

FIG. 5 shows an old table CASE_DATA.MDB, and the contents;

FIG. 6 is a form index table of the old designing information;

FIG. 7 is a form listing table of the old designing information;

FIG. 8 is an action table of the old designing information;

FIG. 9 is a group action listing table of the old designing information;

FIG. 10 is an input/output information definition table of the old designing information;

FIG. 11 shows the contents of the action definition table of the old designing information;

FIG. 12 is a form index table of the latest designing information;

FIG. 13 is a form listing table of the latest designing information;

FIG. 14 is an action table of the latest designing information;

FIG. 15 shows the contents of the correction information list box of a group;

FIG. 16 is a group action listing table of the latest designing information;

FIG. 17 shows the contents of the action definition table of the latest designing information;

FIG. 18 is an input/output information definition table of the latest designing information;

FIG. 19 shows the contents of the item correction information list box;

FIG. 20 shows the contents of an input/output information definition table of the old designing information;

FIG. 21 shows the contents of an input/output information definition table of the latest designing information;

FIG. 22 shows the overwrite information of the correction information list box;

FIG. 23A shows a form correction information list box;

FIG. 23B shows a group correction information list box;

FIG. 23C shows an action form correction information list box;

FIG. 24 shows an item correction information list box;

FIG. 25 shows the method of retrieving a character string;

FIGS. 26A and 26B show a corrected work BAS (1);

FIGS. 27A and 27B show a corrected work BAS (2);

FIGS. 28A and 28B show a corrected work BAS (3);

FIGS. 29A and 29B show a new work BAS (1);

FIGS. 30A and 30B show a new work BAS (2);

FIGS. 31A and 31B show a new work BAS (3);

FIGS. 32A and 32B show a new work BAS (4);

FIG. 33A shows a d deleted procedure list box;

FIG. 33B shows an added procedure list box;

FIGS. 34A and 34B show a re-mock-up work BAS (1);

FIGS. 35A and 35B show a re-mock-up work BAS (2);

FIGS. 36A and 36B show a re-mock-up work BAS (3);

FIGS. 37A and 37B show a re-mock-up work BAS (4);

FIGS. 38A and 38B show a re-mock-up work BAS (5);

FIGS. 39A and 39B show a re-mock-up log; and

FIG. 40 shows a storage medium

DESCRIPTION OF THE PREFERRED EMBODIMENTS

The automatic program generation apparatus and the method of automatically generating a program which inherits the contents of the corrections to a corrected program obtained by correcting an automatically generated program according to the present invention are described below by referring to the attached drawings.

FIG. 1 is a block diagram of the automatic program generation apparatus according to an embodiment of the present invention. FIG. 2 shows the process of generating a program.

In FIG. 1 , a previous designing information storage unit 11 is a storage unit for saving designing information used in automatically generating a previous program, and saves the designing information used each time a program is automatically generated.

A latest designing information storage unit 12 stores the latest designing information, and stores the latest changed designing information if the designing information has been changed after a program is automatically generated.

An automatic program generation unit 13 automatically generates a program according to designing information. If a correction is made to an a generated a program according to designing information. If correction is made to a automatically generated previous program 14 , then a corrected program 15 is stored in a corrected program storage unit 16 .

When a code is added after designing information has been changed, a corrected portion inheriting unit 18 retrieves an added portion using a new automatically generated program 17 . When a code is deleted after designing information has been changed, the corrected portion inheriting unit 18 retrieves a deleted portion using the corrected program 15 . Then, the added portion obtained by the retrieval is added to the corrected program 15 , and the deleted portion is deleted from the corrected program 15 .

Thus, since a code is added or deleted to the corrected program 15 as a result of a change made to designing information, a corrected portion inherited program can be automatically generated.

In addition, a corrected portion inherited program can be automatically generated according to designing information by the automatic program generation unit 13 and the corrected portion inheriting unit 18 .

FIG. 2 shows the process of generating a program. When a program is automatically generated in the first automatic generation process, the designing information used in the process is saved. Then, the program generated in the first automatic generation process is corrected according to an actual work specification.

Next, when the designing information is changed, a new program is automatically generated according to the latest changed designing information. Then, according to the difference between the saved first designing information and the latest second designing information, a code to be deleted and a code to be added after the change of the designing information are retrieved from the program, and the codes are added to or deleted from a corrected program which is corrected according to a work specification, thereby generating a corrected portion inherited program.

The contents of the process performed when a corrected program inherited program is automatically generated according to designing information in the automatic program generation apparatus with the above described configuration (this can be referred to as a mock-up) are described below by referring to the flowcharts shown in FIGS. 3 and 4 .

The current changed designing information (current CASE data) is compared with the designing information (MFH300AD.MDB) saved in the previous mockup process, a changed point is extracted, and the information indicating the changed point is stored in the correction information list box (S 11 in FIG. 3 ). The correction information list box stores changed points after deleting all records at the re-mock-up support, that is, when a program is automatically generated.

The correction information list box stores, for example, a form ID, a group ID, an action ID, etc. which are described later and are to be updated, added, or deleted by a change of an item of designing information such as a form, a group, an action, etc.

When a previously and automatically generated program is corrected according to a work specification, the corrected program is stored as a corrected work BAS (corrected work program). In addition, a program generated according to the current CASE data is stored as a new work BAS (new work program).

Then, the corrected work BAS and the new work BAS are opened as binary files, and converted into unicodes which are character codes (S 12 ). Furthermore, a new line code is retrieved from the program so that a line array 31 can be developed such that a line can be specified by a bit number (S 13 ). The line array 31 is stored in a way that lines are stored in order from line 1 with each starting byte number and ending byte number as shown in FIG. 3 . Therefore, if a code can be specified by the byte number from the start of the program, the line number can be obtained from the line array 31 .

Next, it is determined whether or not overwrite information is stored in the correction information list box (S 14 ). If the correction information list box stores overwrite information (YES in S 14 ), the overwrite point in the corrected work BAS is detected according to the information about the overwrite point in the correction information list box, and the corresponding code is updated by overwriting the contents of the current designing information. Furthermore, when the overwriting update changes the byte number of the corresponding line of the corrected work BAS, the byte number of the line array 31 is corrected, and the line array 31 is redeveloped (S 15 ).

When the overwrite of the corrected work BAS according to a piece of overwrite information in the correction information list box is completed, control is returned to step S 14 , and the above described processes are repeated.

On the other hand, when there is no overwrite information in the correction information list box, or when the overwrite information in the correction information list box is completed updated and no more unprocessed overwrite information remains in the correction information list box (NO in S 14 ), control is passed to step S 16 , and it is determined whether or not the correction information list box stores deletion/addition information.

If the correction information list box stores deletion/addition information (YES in S 16 ), then the deleted portion in the corrected work BAS is located according to the correction information and a correction point in the correction information list box. Then, the corresponding line number is obtained from the line array 31 . In addition, an added portion in the new work BAS is located according to the addition information in the correction information list box, and the corresponding line number in the corrected work BAS is obtained from the line array 31 .

A correction point indicates which procedure is added, deleted, or corrected based on a design change item. For example, in a work item test program described in the Visual Basic described later, a file opening process, a form allotting process, etc. are changed when a form is added or deleted, and a file opening process, a form allotting process, a button process allotting, etc. are changed when a group is added.

In addition, when an adding process is performed, the line number of the corrected work BAS is obtained, for example, by determining whether or not the name of the procedure added to the new work BAS as a result of a change in designing information can also be detected in the corrected work BAS. If the name cannot be detected, then a code matching the code immediately before the leading line of the procedure added to the new work BAS is retrieved from the corrected work BAS. If the name exists in the corrected work BAS, then the ordinary byte number of the next line from the start of the program is obtained, and the line number can be obtained from the obtained byte number, and the starting and ending byte numbers of the line array 31 of the corrected work BAS. In addition, an added portion is added immediately before the obtained line number.

Next, a line number of a line added to or deleted from the corrected work BAS, the type of the addition or deletion, a Sort key indicating a serial number of a plurality of lines to be added or deleted, and the contents of the added or deleted line are written to a process list box 32 (S 18 ). When the contents of a change are added, the line number to be added is written to the ‘line’ column, and ‘A’ indicating ‘addition’ is written to the ‘type’ column in the process list box 32 . When the added line has already existed, a value obtained by adding 1 to the maximum value of the Sort key is written to the Sort key column, and a code to be added, comment, etc. are written to the ‘contents of a correction’ column. If the contents of a correction is deleted, the line number of the deleted line, ‘D’ indicating that the correction refers to deletion, the Sort key, and the contents of the deleted line are written to the process list box 32 .

Since data is automatically rearranged in an ascending order, that is, in order of line number in the process list box 32 , it is not necessary to rearrange data when a line is added or deleted, thereby obtaining necessary data at a higher speed than using a table.

When a corrected portion is added to the process list box 32 according to a piece of correction information in the correction information list box, control is returned to step S 16 , and the above described process is repeated.

If no unprocessed correction information is detected in the process list box 32 , control is passed to step S 19 shown in FIG. 4 , and the following process is performed.

The data in the process list box 32 is read in the ascending order, and it is determined whether or not there is a work procedure call code in the codes added to the process list box 32 . If there is a work procedure call code, the call code is added to the added procedure list box. If there is a work procedure call code in the codes to be deleted in the process list box 32 , then the call code is added to the deleted procedure list box.

Next, it is determined whether or not there is a work procedure call code not called by another code in the deleted procedure list box (S 20 ). If there is a corresponding code, then the work procedure is retrieved from the corrected work BAS, the line number in the corrected work BAS of the corresponding work procedure is retrieved from the line array 31 , the obtained line number is set in the process list box 32 as the line number of the line to be deleted, and control is returned to step S 20 (S 21 ).

That is, if the work procedure entered in the deleted procedure list box is called only by the call code to be deleted, but is not called by any other portion in the corrected work BAS, then the line in the corrected work BAS is set in the process list box 32 as a line to be deleted because deleting the work procedure does not affect the operations of the corrected work BAS.

If there is no work procedure call code which is not called by any other portion in the determination in step S 20 (NO in S 20 ), that is, if all work procedure codes, line numbers, etc. which are not called by any other portions in the corrected work BAS are set in the process list box 32 as lines to be deleted, or if there is no procedure to be deleted in the deleted procedure list box, then control is passed to step S 22 , and it is determined whether or not there is a code calling a work procedure not existing in the corrected work BAS.

If a code calling a work procedure not existing in the corrected work BAS is entered in the added procedure list box (YES in S 22 ), then a corresponding work procedure is retrieved from a new work BAS, the line number indicating the position at which the work procedure is added in the corrected work BAS is obtained from the line array 31 , and the obtained line number and the code is added to the process list box 32 as lines to be added (S 23 ).

That is, if a code calling a work procedure not existing in the corrected work BAS is entered in the added procedure list box, then it is a case in which a work procedure is added by a change in designing information. Therefore, the work procedure is retrieved from the new work BAS, the line number in the corrected work BAS for addition of the work procedure is obtained from the line array 31 , and the obtained line number is set in the process list box 32 . Furthermore, a code of the work procedure to be added is obtained from the new work BAS, and the code is set in the process list box 32 as the contents of the addition. Thus, the code and the line number of the work procedure to be added by a change in designing information are set in the process list box 32 .

If the added procedure list box does not contain a code which calls a work procedure not existing in the corrected work BAS (NO in S 22 ), that is, if the line numbers, and codes of all work procedures which are set in the added procedure list box but do not exist in the corrected work BAS have been added to the process list box 32 , or if a work procedure to be added to the added procedure list box has not been entered, then control is passed to step S 24 , and the following processes are performed.

The data in the process list box 32 are sequentially read, and all codes in the process list box 32 are added to the corrected work BAS or modified with comments (nullifying codes).

For example, if a line is to be added, and a process is changed to ‘adding’ from another (break), then a starting comment indicating the start of an added line is added as a header of the added portion of the corrected work BAS, and then a code of the process list box 32 is added. When the process is changed or the line numbers are not serial numbers (break), an ending comment indicating the end of the added portion is added. I a line is to be deleted, and a process is changed to ‘deleting’ from another, then a starting comment and an ending comment are added respectively a starting and ending positions of the deleted portion of the corrected work BAS, and then the code of the line to be deleted is nullified. If there is a work procedure call code in a line to be added or deleted, then the work procedure is added to the adding or deleted procedure list box, a process relating to the added procedure list box or the deleted procedure list box is performed, and the code of the corresponding procedure is set in the process list box 32 .

It is determined whether or not the above described processes have been normally completed (S 25 ). If yes, the corrected portion of the corrected work BAS corrected according to the work specification is inherited, and an execution log including a line number, the contents of a change, a generation date, etc. of an added line and a deleted line of a program (re-mock-up work BAS) generated after a change in designing information is generated (S 26 ). In addition, a re-mock-up work BAS is stored in the storage unit (S 27 ). Furthermore, the latest designing information (CASE data) is saved in the MFH300AD.MDB to automatically generate the next program (S 28 ).

Described next is the case in which a program is automatically generated in the above described program automatic generation apparatus according to changed designing information by inheriting the contents of a correction made to the program ‘work item test’ described in Visual Basic.

In the following example, the group ID ‘4’ is added to the form of ‘AATEST06’, a deletion key (ESC) is assigned to an F 11 key, an input completion key (ENT) is assigned to an F 12 key, and the item ‘course name’ is deleted.

FIG. 5 shows the table of ‘old CASE_DATA.MDB’ saved as old designing information and the contents of the table. FIGS. 6 through 11 shows the contents of the table of the old designing information. FIGS. 12 through 18 shows the contents of the table of the latest designing information.

As shown in FIG. 5 , the old designing information comprises a PROJECT table (T_PROJECT), a group ID master table (T_group ID master), an action table (T_action), a form listing table (T_form listing), a form index table (T_form index), a program listing table (T_program listing), an input/output information definition table (T_input/output information definition), a group action listing table (T_group action listing), and an action definition table (T_action definition). The latest designing information also comprises similar tables.

The group ID master table stores a group ID and a group constant (group name). According to this table, a group name corresponding to a group ID can be obtained.

A form index table 61 of the old designing information shown in FIG. 6 stores a program ID and a form index. According to the form index table 61 , for example, a form ‘AATEST06’ is set in the program ID ‘AATESTVE’, and indicates that it is a start-up form.

A form listing table 71 of the old designing information shown in FIG. 7 stores a program ID, a form ID, and a form index (serial number). According to the form listing table 71 , the form index of the form of the form ID ‘AATEST06’ is 85.

An action table 81 of the old designing information stores a program ID, a form index, and a group ID as shown in FIG. 8 . According to this action table 81 , for example, the group IDs ‘1’ and ‘5’ are set in the form of the form index 85 of the program ID ‘AATESTVE’.

A group action listing table 91 of the old designing information shown in FIG. 9 stores a program ID, a form index, a group ID, an action ID, an action type, and action information 1 and 2 . According to the group action listing table 91 , the action IDs ‘ENT’ and ‘FIN’ are set in the group of the group ID ‘1’ of the form index 85 , and the action IDs ‘ESC’, ‘NXT’, ‘BFR’, and ‘ENT’ are set in the group of the group ID ‘5’.

An input/output information definition table 101 of the old designing information shown in FIG. 10 stores a program ID, a form ID, a SORT number, an item ID, a level, an item name, a group ID, etc. According to the input/output information definition table 101 , nine items from the ‘customer code’ to the ‘enter 05’ are set in the form of the form ID ‘AATEST06’.

An action definition table 111 of the old designing information shown in FIG. 11 shows which action is defined by which key. ‘FIN’ (end) and ‘ENT’ (completion of entry) are defined as actions of the key of the header in the group of the group ID ‘1’. ‘BFR’ (previous page), ‘NXT’ (next page), ‘ESC’ (deletion), and ‘ENT’ (completion of entry) are defined as the actions of the key of the body in the group of the group ID ‘5’.

Next, FIGS. 12 through 18 show the contents of the table of the latest designing information. A form index table 121 of the latest designing information shown in FIG. 12 has the configuration similar to that of the form index table 61 . In this example, the form of the program ID ‘AATESTVE’ is only ‘AATEST06’, and there is no increase or decrease in form.

A form listing table 131 of the latest designing information shown in FIG. 13 basically has the configuration similar to that of the form listing table 71 shown in FIG. 7 . In FIG. 7 , the program ID is shown. However, in FIG. 13 , the program ID is omitted, and a form name is added. These drawings show a part of a table. In this example, since there is no increase or decrease in form, the form index remains unchanged as 85 .

An action table 141 of the latest designing information shown in FIG. 14 stores a form index and a group ID. In this example, since the group ID ‘4’ is added to the form ID ‘AATEST06’, the group ID ‘4’ is added to the form index 85 of the action table 141 of the latest designing information.

In addition, correction information is set in the correction information list box described later according to the information of each table of the latest designing information and the old designing information. For example, when a group is added to a specific form, correction information relating to a group is set in the correction information list box (L_Z_group) of the group.

In this example, according to the action tables 81 and 141 shown in FIGS. 8 and 14 , the group ID ‘4’ is added to the form ID ‘AATEST06’. Therefore, ‘ADD’ is set as the information indicating the adding or deleting of a group process, ‘AATEST06’ is set as the form ID of the group, and 4 is set as the group ID to be added in the correction information list box of the group as shown in FIG. 15 .

FIG. 16 shows a group action listing table 161 of the latest designing information. FIG. 17 shows the contents of a action definition table 171 of the latest designing information.

In this example, ‘ESC’ (deletion) and ‘ENT’ (completion of entry) are set as action IDs of the F 11 and F 12 keys of the group of the group ID ‘4’.

In the group action listing table 161 shown in FIG. 16 , when a group is added, an action is also added. Therefore, it is not checked whether or not the number of actions has been increased or decreased. However, it is checked whether the number of action IDs has been increased or decreased on the groups having the existing group IDs ‘1’ and ‘5’. In this case, since the action ID is not changed in the groups having the group IDs ‘1’ and ‘5’, no correction information about an action is set in the action correction information (L_Z_action) described later.

FIG. 18 shows a part of an input/output information definition table 181 of the latest designing information. In this example, according to the two input/output information definition tables 101 and 181 shown in FIGS. 10 and 18 , an ‘enter 04 point’ is added as an item of the group ID ‘4’, and the ‘course name’ of the item ID ‘COSNM’ is deleted. Accordingly, the contents shown in FIG. 19 are set in the correction information list box of the item described later.

In this case, the ‘course name’ has been set as an item of the group of the group ID ‘5’ in the input/output information definition table 101 of the old designing information. However, since the ‘course name’ has been deleted in the input/output information definition table 181 of the latest designing information, ‘DLT’ is set as a process of addition or deletion, ‘AATEST06’ is set as the form ID whose item has been deleted, 5 is set as the group ID whose item has been deleted, ‘COSNM’ is set as a deleted item ID, and M is set as the level of the deleted item in the process information list box of the item described later as shown in FIG. 19 .

The level M indicates whether or not the detailed transaction file is to be added.

FIGS. 20 and 21 show the contents of the above described input/output information definition table 101 of the old designing information and the input/output information definition table 181 of the latest designing information.

The name of an item, the type of an item indicating text, command button, etc., the attribute indicating the contents of an item, for example, date/time, Japanese language, numeric, etc., the number of digits, etc. are set in the input/output information definition tables 101 and 181 .

When the two input/output information definition tables 101 and 181 shown in FIGS. 20 and 21 are compared with each other, the item ‘enter 04 point’ of the group ID ‘4’ is added, and the ‘course name’ of the group ID ‘5’ is deleted in FIG. 21 .

Described below is the configuration of the correction information list box generated according to the above described tables.

FIG. 22 shows the overwrite information about an overwrite correction information list box (L_Z_RW) 221 . When a system name (SYSNAME), a program name, a group contest (group name), etc. are changed, the name before a change and the name after the change are stored in the overwrite correction information list box 221 . When a re-mock-up process is performed, the system name, the program name, etc. are overwritten according to the overwrite information.

Next, FIG. 23A shows a form correction information list box 231 , FIG. 23B shows a group correction information list box 232 , FIG. 23C shows an action correction information list box 233 , and FIG. 24 shows an item correction information list box 241 .

A form correction information list box (L_Z_form) 231 shown in FIG. 23A stores the information about the contents of a correction, that is, the process of addition (ADD), deletion (DLT), or update (UPD), a new form ID added or deleted, a new form ID together with an old form ID and a new group ID together with an old group ID when an update process is performed. Then, it is determined whether the contents of a change of the designing information refers to addition, deletion, or update according to the above described old designing information table and the latest designing information table, that is, according to the difference between the old designing information and the latest designing information. Then, the process indicating the contents of the change is set. Furthermore, the form ID to be added or deleted is set as a new form ID. In the case of an update process, a form ID to be updated, an old form ID, a new group ID, and an old group ID are set.

Similarly, the information indicating a process of addition or deletion, the form ID to which an added or deleted group belongs, an added or deleted group ID, and the information indicating whether a detailed transaction file has been added, has not been added, has been decreased, or has not been decreased are set in the group correction information list box (L_Z_group) 232 of the group shown in FIG. 23 B. The information about the detailed transaction is set to M as the information indicating the increase/decrease of the detailed transaction file when the detailed transaction file increases or decreases by the addition or deletion of a group, and is set to ‘’ as the information indicating that the detailed transaction file does not increase or decrease by the addition or deletion of a group.

It is determined whether or not a group is added or deleted regardless of the increase or decrease of a form according to the old designing information and the latest designing information. Only the information about a group added or deleted regardless of the increase or decrease of a form is set in the group correction information list box 232 .

Similarly, the information indicating a process of addition or deletion, the form ID and the group ID to which an added or deleted group belongs, an added or deleted group ID, and the added or deleted action ID are set in the action correction information list box 233 shown in FIG. 23 C. According to the old designing information and the latest designing information, it is determined whether or not an action increases or decreases, or whether or not action information has been changed regardless of the addition or deletion of a form or a group. Only the information relating to an action added or deleted regardless of a form or a group is set in the action correction information list box 233 .

The information indicating the process of addition or deletion, an added or deleted item ID, the form ID and group ID to which the item belongs, and a level are set in the item correction information list box (L_Z_item) 241 . Then, it is determined according to the old designing information and the latest designing information whether or not an item is added or deleted regardless of the addition or deletion of a form or a group. Only the information about the item added or deleted regardless of a form or a group is set in the item correction information list box 241 . If all of the form ID, group ID, item ID, level, type, attribute do not match, it is determined that an item has been added or deleted.

Next, for example, automatically generating a corrected portion inherited program obtained by correcting an automatically generated program based on a work specification is described below using a ‘work item testing’ program. In the descriptions below, using the related portions in the three programs of: a program obtained by correcting an automatically generated program based on a work specification (corrected work BAS); a program automatically generated according to the latest designing information (new work BAS); and a program automatically generated by inheriting the contents of a correction of a program (re-mock-up work BAS), the method of automatically generating a corrected portion inherited program by retrieving a code deleted or added as a result of a change in designing information is described.

First, according to the correction information about the above described correction information list box, the method of retrieving a code added or deleted according to the latest designing information is described.

FIG. 25 shows the method of retrieving a character string when the design of a form, group, action, or item is changed.

When a form is changed, a character string ‘Case {form number}’ containing the form ID of the form which is set in the form correction information list box 231 and is to be design-changed is retrieved from a program. If the character string including the form number has been detected, then the detected line and all codes in the ‘Case’ are extracted as changed codes.

In addition, the character string ‘DFNUM {file number}’ containing the file number of the form to be design-changed is retrieved. If the line containing the file number is detected, then the line and the subsequent three lines are extracted as changed lines. Furthermore, the character string ‘Close#DFNUM {file number} is retrieved, and a corresponding line is extracted as a changed code.

When a group is changed, the character string ‘Case F_{fgroup name}’ containing the group name corresponding to the group ID of the group which is set in the group correction information list box 232 and is to be design-changed is retrieved from the program. If a character string containing the group name is detected, then the detected line and all codes in the ‘Case’ are extracted as changed codes (condition ( 1 ) shown in FIG. 25 ).

Then, the character string ‘DFNUM {file number} containing the file number of the group to be design-changed is retrieved. If the line containing the file number is detected, the line and the three subsequent lines are extracted as changed codes (condition ( 2 ) shown in FIG. 25 ). Furthermore, the character string ‘Close#DFNUM {file number}’ is retrieved, and the corresponding line is extracted as a changed code (condition ( 3 ) shown in FIG. 25 ).

When an action is changed, the character string ‘Case A_{action name}’ containing the action name corresponding to the action ID which is set in the action correction information list box 233 and is to be design-changed is retrieved from the program. If the character string containing the action name is retrieved, then the retrieved line and all codes in the ‘Case’ statement are extracted as changed codes.

When an item is changed, the character string ‘{form ID}_{transaction type}.{item ID}’ containing the item ID of the item which is set in the item correction information list box 241 and is to be design-changed and the form ID to which the item belongs is retrieved. If the character string containing the item ID is retrieved, then the line is extracted as a changed code (condition of ( 4 ) shown in FIG. 25 ). In addition, the character string ‘{specification type} {form ID} {item ID}’ is retrieved, and the corresponding line is extracted as a changed line (condition of ( 5 ) shown in FIG. 25 ). Items are contained in all procedures.

Described below is the case in which, in a ‘work item test’ program, an added portion and a deleted portion are retrieved when the group ID ‘4’ is added to the form of the form ID ‘AATEST06’ by the change in designing information, and the item ‘course name’ is deleted.

When a design change refers to deletion of an item, a corresponding character string is retrieved from the corrected work BAS according to the conditions ( 4 ) and ( 5 ) of the retrieved character string relating to the item shown in FIG. 25 .

FIGS. 26A through 28B show a part of the program of the corrected work BAS. In this example, since an item is deleted by the change in designing information, the information that the process is deletion, the form ID of the item to be deleted is ‘AATEST06’, and the item ID to be deleted is ‘COSNM’ is set according to the difference between the old designing information and the latest designing information in the item correction information list box 241 as shown in FIG. 19 . Therefore, according to the information, based on the condition of ( 4 ) shown in FIG. 2 , ‘AATEST06 {form ID}_M {transaction type}.COSNM {item ID} is defined. Based on the condition of ( 5 ) shown in FIG. 25 , ‘M {specification type} 06 {form number} COSNM {item ID} is defined. Then, the character string is retrieved from the corrected work BAS. A form number is represented by the two lower digits of the form ID.

As a result, it is detected that the retrieved character string ‘AATEST06 M COSNM’ is contained in ‘line 291 ’ and ‘line 302 ’ of the corrected work BAS as shown in FIG. 26 A. Since this satisfies the condition of ( 4 ) shown in FIG. 25 , these lines are extracted as deleted portions of the corrected work BAS.

Similarly, since ‘line 486 ’ and ‘line 487 ’ shown in FIG. 27A satisfy the condition of ( 4 ) of the retrieved character string shown in FIG. 25 , the lines are extracted as deleted portions of the corrected work BAS.

Furthermore, it is detected that ‘line 557 ’ and ‘line 564 ’ shown in FIG. 28A contain the retrieved character string ‘M06COSNM’. Since this satisfies the condition of ( 5 ) shown in FIG. 25 , the lines are extracted as the deleted portions of the corrected work BAS.

If a change in design refers to adding a group, then a corresponding character string is retrieved from the new work BAS according to the rules of the retrieved character string shown in FIG. 25 .

FIGS. 29A through 32B show a part of the program of the new work BAS. In this example, since the group ID ‘4’ is added by the change in designing information, the information that the process is addition, the form ID of the group to be added is ‘AATEST06’, and the group ID is ‘04’ is set in the group correction information list box 232 as shown in FIG. 15 . Therefore, according to the information, ‘Case F_BODY_CARD {group name}’ of ( 1 ) shown in FIG. 25 , ‘DFNUM {file number}’ of ( 2 ) shown in FIG. 25 , and ‘Close #FUNUM {file number}’ of ( 3 ) shown in FIG. 25 are defined as retrieved character strings. Then, the character strings are retrieved from the new work BAS. The group name is obtained from the group ID master table based on the group ID.

First, the generation date of the new work BAS is added as shown in FIG. 29 A. Next, since the code added by ‘DFNUM {file number}’ does not exist in the file opening process in line 41 through 55 , the code corresponding to ( 2 ) shown in FIG. 25 does not exist.

When the retrieved character string ‘Case F_BODY_CARD’ is detected in line 68 of the program shown in FIG. 29B , this satisfies ( 1 ) shown in FIG. 25 . Accordingly, all codes in the ‘Case’ statement, that is, the codes in lines 68 and 69 are extracted as added codes. Then, the added codes are set in the process list box 32 . Since a procedure ‘G1106_GRP4’ not existing in the corrected work BAS is called in this ‘case’ statement, the procedure ‘G1106_GRP4’ described in lines 101 through 124 shown in FIG. 30A is entered in an added procedure list box 331 .

Furthermore, a procedure ‘G4006_GRP4_CHK’ (code in lines 245 through 261 shown in FIG. 31B ) called in the procedure ‘G1106_GRP4’ is also entered in the added procedure list box 331 .

In addition, a procedure ‘G5306_BODY_M_CREATE’ and a procedure ‘G9106_DSPDATA_BODY_M’ called in the procedure ‘G1106_GRP4’ are entered in the added procedure list box 331 . Since these two procedures exist in the corrected work BAS, the codes of these procedures are finally not set in the process list box 32 , and no procedures are added.

A procedure ‘G4006_GRP4_CHK1’ (code in lines 262 through 266 shown in FIG. 31B ) called in the procedure ‘G4006_GRP4_CHK’ shown in FIG. 31B is also entered in the added procedure list box 331 .

Since the retrieved character string ‘Close # . . . ’ of ( 3 ) shown in FIG. 25 does not exist in the CLOSE process in lines 553 through 561 shown in FIG. 32A , there are no added codes.

As a result, there are the procedures ‘G1106_GRP’, ‘G4006_GRP4_CHK’, ‘G5306_BODY_M_CREATE’, ‘G9106_DSPDATA_BODY_M’, and ‘G4006_GRP4_CHK1’ entered in the added procedure list box 331 as shown in FIG. 33 B.

In this example, since a procedure is not called in a deletion code detected from the corrected work BAS, no deleted procedures are entered in a deleted procedure list box 332 shown in FIG. 33 A.

As described above, if a procedure which is retrieved from the new work BAS and is to be added is entered in the added procedure list box 331 , then the procedure entered in the added procedure list box 331 is retrieved from the corrected work BAS. If the procedure does not exist in the corrected work BAS, then the code of the procedure is set in the process list box 32 , and the line number in the corrected work BAS to which the procedure is added is obtained from the line array 31 . The method of obtaining the line number can be, for example, retrieving from the corrected work BAS a code matching the code in the line immediately before the procedure to be added, and obtaining the line number in the line immediately after the line from the line array 31 of the corrected work BAS if a code-matching line exists. Then, when the line number of the procedure to be added is obtained, it is set in the process list box 32 .

If there is a procedure entered in the added procedure list box 331 in the corrected work BAS, then it is not necessary to add the procedure. Therefore, the code of the procedure is not set in the process list box 32 .

If it is determined on each of the procedures entered in the added procedure list box 331 whether or not each procedure is to be added to the corrected work BAS, then a code which is detected from the corrected work BAS and is to be deleted and its line number, and a code which is detected from the new work BAS and is to be added to the corrected work BAS and the line number of the code in the corrected work BAS are set in the process list box 32 .

FIGS. 34A through 39B show the re-mock-up work BAS automatically generated by changing the corrected work BAS based on a change in designing information. When a re-mock-up process is performed, the date and time of the re-mock-up process is added as shown in lines 12 through 14 shown in FIG. 34 A.

Since the group ID ‘4’ is added in this example, ‘Case F_BODY_CARD’ and ‘Call G1106_GRP4’ are added from the added code of the process list box 32 . Then, ‘ADD START’ is added as a comment line in the starting line, and ‘ADD END’ is added in the ending line so that the information that the code has been added can be clearly expressed (lines 69 through 72 shown in FIG. 34 B).

Next, according to the addition information in the process list box 32 , a code of the procedure ‘G1106_GRP4’ is added, and ‘ADD START’ and ‘ADD END’ are respectively described in the starting and ending lines so that the information that the code has been added can be clearly expressed (line 104 through 129 shown in FIG. 35 A).

Then, according to the addition information in the process list box 32 , the codes of the procedure ‘G4006_GRP4_CHK’ and procedure ‘G4006_GRP4_CHK 1 ’ are added (line 253 shown in FIG. 36 B through line 276 shown in FIG. 37 A).

Next, since the item ‘course name’ has been deleted, ‘AATEST06_M.COSNM . . . ’ is deleted according to the deletion information of the process list box 32 . ‘DLT START’ and ‘DLT END’ are respectively described in the starting and ending lines so that the information that the code has been deleted by the change in designing information can be clearly expressed (lines 348 through 350 , and 361 through 363 in FIG. 37 B).

Similarly, according to the deletion information of the process list box 32 , the code relating to ‘course name’ shown in FIG. 38A is deleted (lines 547 through 550 shown in FIG. 38 A).

As described above, a corrected contents inherited program (re-mock-up work BA) obtained by correcting the corrected work BAS according to the work specification can be automatically generated.

According to the present embodiment, a program can be automatically generated with the corrected portion inherited according to changed designing information without adding a comment such that the corrected portion of a program corrected according to the work specification can be identified. In addition, from the difference between the old designing information and the latest designing information, the added portion and deleted portion in the program corrected according to the work specification can be detected. Therefore, a comment line can be automatically input such that the added or deleted portion can be detected when a program is automatically generated, thereby easily detecting a corrected portion in a program.

Furthermore, when a corrected portion in a corrected program is to be inherited in the conventional method, a program for automatically generating a program according to designing information, and a program for extracting the corrected portion in a program and protecting the corrected portion at the automatic generation of the program are required. Thus, when a change in specification occurs in a program for automatically generating a program, these programs are to be completely change. On the other hand, according to the present invention, even if the specification of a program for automatically generating a program has been changed, only the program for automatically generating a program has to be changed, thereby easily changing the program.

Next, FIGS. 39A and 39B show logs obtained when a re-mock-up process is performed. When the re-mockup process is performed according to changed designing information, the contents of a design change, the contents of the added or deleted codes, and their line numbers are output, and the information as to whether or not the correction has been successfully performed is also output.

Therefore, the user can be informed when and how a program has been corrected by a change in designing information.

In addition, a program for automatically generating a program corrected contents inherited program can be stored in a storage medium 4001 such as the floppy disk shown in FIG. 40 , CDROM, etc. The storage medium 4001 is read by the medium drive device (floppy disk driver, CDROM driver, etc.) of an information processing device (personal computer, etc.) 4002 . The read program can be stored in a storage medium 4003 such as a hard disk, etc. so that a program stored therein can be executed. Otherwise, a program can be stored in a storage medium 4004 such as a hard disk, etc. of a computer of an information provider, can be transferred to the information processing device 4002 in communications, and can be stored in the storage medium 4003 on the user side to execute the program. Furthermore, a program stored in the storage medium 4001 can have a part of the function shown in the flowchart according to the embodiment of the present invention.

According to the above described embodiment, old designing information is stored to be compared with latest designing information. Otherwise, the contents of a change in designing information can be stored, and an added or deleted portion of a program can be retrieved according to design change information.

Furthermore, the above described embodiment describes a Visual Basic program. However, any program can be processed. In addition, the method of retrieving an added or deleted portion by a change in designing information is not limited to a method using an correction information list box, a process list box, etc., but can be any embodiment which indicates the design change information, the added or deleted portion, and its contents.

Since a corrected portion inherited program obtained by correcting a program according to a work specification can be automatically generated according to the present invention, it is not necessary to describe corrected portions of the program such that the corrected portions can be protected when the program is automatically generated. In addition, when a program is automatically generated, a comment can be automatically inserted such that a portion added or deleted by a change in designing information can be clearly detected, thereby easily indicating how the program has been corrected by the change in designing information.

Claims

1. A method for automatically generating a corrected program inherited program, comprising:storing old designing information and latest designing information; retrieving a changed portion of a program according to the old designing information and the latest designing information; and automatically generating a corrected contents inherited program which inherits correction of a corrected program by adding or deleting the retrieved changed portion to or from the corrected program obtained by a user correcting a program automatically generated based on the old designing information.

2. The method according to claim 1, further comprising:automatically generating a new program according to the latest designing information; retrieving a first code deleted by a change in designing information based on a difference between the old designing information and the latest designing information; retrieving a second code added by a change in designing information based on a difference between the old designing information and the latest designing information; a step of automatically generating a corrected portion inherited program by deleting the first code from the corrected program and adding the second code.

3. The method according to claim 1, further comprising:defining a first or second retrieved character string for use in detecting a code to be deleted from or added to a program based on a difference between the old designing information and the latest designing information; and detecting a first code to be deleted by retrieving the first retrieved character string from the corrected program when a change in designing information refers to deletion of a code of a program, detecting a second code to be added by retrieving the second retrieved character string from the new program when a change in designing information relates to addition of a code of a program, and deleting the first code from the corrected program or adding the second code to the corrected program.

4. An automatic program generation apparatus, comprising:an old design information storage unit storing old designing information; a latest design information storage unit storing latest designing information; an automatic program generation unit automatically generating a program according to designing information; and a corrected portion inheriting unit retrieving a changed portion of a program according to the old designing information and the latest designing information, and automatically generating a corrected contents inherited program which inherits correction of a corrected program by adding or deleting the retrieved changed portion to or from the corrected program obtained by a user correcting a program automatically generated based on the old designing information.

5. The apparatus according to claim 4, whereinsaid automatic program generation unit automatically generates a new program according to latest designing information; and said corrected portion inheriting unit retrieves a first code to be deleted from a program by a change in designing information from the corrected program based on a difference between the old designing information and the latest designing information, retrieves a second code to be added by a change in designing information from the new program, deletes the first code from the corrected program and adds the second code, and inherits contents of a correction of the corrected program.

6. The apparatus according to claim 4, wherein said corrected portion inheriting unit defines a first or second retrieved character string for use in detecting a code to be deleted from or added to a program based on a difference between the old designing information and the latest designing information, detects a first code to be deleted by retrieving the first retrieved character string from the corrected program when a change in designing information refers to deletion of a code of a program, detects a second code to be added by retrieving the second retrieved character string from the new program when a change in designing information relates to addition of a code of a program, deletes the first code from the corrected program and adds the second code to the corrected program.

7. The apparatus according to claim 4, whereinsaid corrected portion inheriting unit comprises: a correction information storage unit storing a change item of designing information, and a process of either addition or deletion; and a process list storage unit storing a process of either addition or deletion, a code for addition or deletion, and a line number of the code in the corrected program, wherein a retrieved character string is defined based on a change item of the designing information, a code containing the retrieved character string is retrieved from the corrected program, a line number of the code in the corrected program is obtained, the code and the line number to be deleted are entered in the process list storage unit, a code containing the retrieved character string is retrieved from the new program when the process of said correction information storage unit is addition, an addition position of the added code is obtained in the corrected program, a line number whose position has been obtained is also obtained, the code to be added and the line number are entered in said process list storage unit, and the code corresponding to the line number entered in said process list storage unit is added to or deleted from the corrected program.

8. The apparatus according to claim 4, whereinsaid corrected portion inheriting unit adds a comment indicating a start or an end of addition or deletion at a starting line or an ending line of a code added or deleted by a change in designing information.

9. The apparatus according to claim 4, further comprising:an output unit outputting a log file indicating a code and a line number added or deleted by a change in designing information.

10. A computer readable storage medium storing a program to direct a computer to perform the processes of:retrieving a changed portion of a program according to the old designing information and the latest designing information; and automatically generating a corrected contents inherited program which inherits correction of a corrected program by adding or deleting the retrieved changed portion to or from the corrected program obtained by a user correcting a program automatically generated based on the old designing information.

11. A method for automatically generating a corrected modified program which inherits correction of a corrected program, comprising:retrieving a changed portion of a modified program based on changes between old and latest designing information; and automatically generating the corrected modified program by at least one of adding and deleting the changed portion respectively to and from the corrected program obtained by a user correcting a program automatically generated based on the old designing information.