JPH083789B2 - Automatic program generation rate data automatic measurement method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of use] The present invention relates to an automatic measurement method of program automatic generation rate data, and particularly, to improve program productivity by automatically generating a standard description or dividing a program source description into parts. The present invention relates to an automatic measurement method of program automatic generation rate data in a program development support device to be improved.

[Conventional technology]

In recent years, in order to improve productivity in the development of computer programs, a partial description of a program source (hereinafter referred to as a component) is prepared in advance, and a description for instructing citation of a component in the source program (hereinafter referred to as a component) is provided. , A component development instruction), and a program is generated semi-automatically by passing through a program development support device. In such a method, the number of text lines described by the user and the number of output source text lines to be input to the language translation system (hereinafter, referred to as a compiler) in the subsequent stage are significantly different by using the component ( Think of this difference as an automatically generated line).

Therefore, when measuring the number of lines described by the user in the output source program, conventionally, the user distinguishes the line of the input source program from the line automatically generated on the program list of the source program output by the compiler. However, it was measured manually. In addition, when the automatic generation rate, which is the ratio of the number of parts expanded lines to the number of output source text lines and the number of expanded lines of the original text, is calculated manually.

[Problems to be Solved by the Invention]

In the above-described conventional method for measuring the automatic program generation rate data, the user manually measures and calculates while looking at the program list. Therefore, a measurement error or calculation error may occur, and it may take time to collect data. However, there is a drawback in that the accuracy of the data is lacking.

In addition, it takes time to measure the time from when you want to know the automatic generation rate until you actually know the value, and it takes time to search for documents that show the already measured results. There is a drawback that the rate cannot be grasped immediately.

In view of the above points, an object of the present invention is to provide an automatic measuring method of program automatic generation rate data which automatically measures and calculates the automatic generation rate and outputs it on a display device.

[Means for solving the problem]

The automatic program generation rate data automatic measurement method of the present invention is a program development support that supports the development of a program by partially creating a source program in advance and combining them to generate a source program when developing the source program. In the apparatus, a source program reading means for measuring the number of input source text lines when reading a source program to be input, and a part development command in the input text read by the source program reading means are discriminated and this part development command is used. A part development statement analysis means for adding a part development identification flag to a part development line developed as a source program,
Source program output means for identifying a part expansion line from the source program after the part expansion line is expanded by the parts expansion statement analysis part by the parts expansion identification flag and measuring the number of parts expansion lines, and the parts expansion command. A collection of original text expansion instruction sentence analysis means for determining the collection of original text expansion lines which is developed as a source program by discriminating the collection of original text expansion instructions in the input text after the parts development line is expanded by the statement analysis means, Program name, number of input source text lines measured by the source program reading means,
Measured value storage means for storing in the automatic generation rate data management file the number of parts expanded lines measured by the source program output means and the number of registered original text expansion lines measured by the collection of original text expansion statement analysis means, and input Referring to the automatic generation rate data management file based on the created program name, the number of input source text lines, the number of parts development lines, and the number of lines of output source text lines, which is the sum of the number of lines of development texts of the source text And an arithmetic means for performing an arithmetic operation for obtaining an automatic generation rate, which is a ratio of the sum of the number of lines in the collection of original texts, and outputting the arithmetic result to a display device.

[Action]

According to the automatic program generation rate data measuring method of the present invention, the number of input source text lines is measured when the source program reading means reads the input source program, and the component expansion statement analysis means reads the source program reading means. The part expansion instruction in the input text is determined, a part expansion identification flag is added to the part expansion line expanded as the source program by this part expansion instruction, and the source program output means is the part expansion line by the part expansion statement analysis means. Of the source program after being expanded, the parts expansion line is identified by the parts expansion identification flag and the number of parts expansion lines is measured. The source text expansion instruction is identified as the source text expansion instruction in the input text after expansion. The number of expanded lines of the original text is measured, and the measured value storage means stores the program name, the number of input source text lines measured by the source program reading means, the number of expanded parts lines measured by the source program output means, and the registration list. Store the number of lines of the original text expansion line measured by the original sentence expansion statement analysis means in the automatic generation rate data management file, and refer to the automatic generation rate data management file based on the program name input by the calculation means and input source Calculation of the automatic generation rate, which is the ratio of the sum of the number of parts development lines and the number of registration source text expansion lines to the number of output source text lines, which is the sum of the number of text lines, the number of parts development lines, and the number of development lines of the registration text Then, the calculation result is output to the display device.

〔Example〕

Next, the present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of an automatic program generation rate data measuring system according to an embodiment of the present invention.
The automatic measurement method of the program automatic generation rate data of the present embodiment is the input source program 1, the source program reading means 2, the component development command statement analyzing means 3, the component holding unit 4, the work file 5, and the source program. A conversion unit 6, a source program output unit 7, an output source program 8, a measurement value storage unit 9, an output source program reading unit 10, and a registration collection original sentence expansion statement analysis unit 11
A registration collection original sentence holding unit 12, a language translation unit 13, an object program output unit 14, an output object program 15, an automatic generation rate data management file 16, a calculation unit 17, a program name input device 18, The display device 19 is included.

The preprocessor 20 is the source program reading means 2
The component development command statement analysis unit 3, the component holding unit 4, the work file 5, the source program conversion unit 6, and the source program output unit 7 are included.

The compiler 21 uses the output source program reading means 10
It includes a collection of original text expansion instruction sentence analysis means 11, a collection of original text holding section 12, a language translation means 13, and an object program output means 14.

Referring to FIG. 2, automatic generation rate data management file
The data stored in 16 is the program name 22 which is a calling key when the arithmetic means 17 reads the data in the automatic generation rate data management file 16 and the number of input source text lines which is information when obtaining the automatic generation rate. It consists of 23, the number of parts development lines 24, and the number of lines of the original text development line 25.

With reference to FIG. 3, the processing in the calculating means 17 includes a program name input step 31 and an automatic generation rate calculation step.
32 and automatic generation rate display step 33.

Next, the operation of the automatic program generation rate data measuring method of the present embodiment configured as described above will be described.

The source program reading means 2 reads the input text, which is a component of the input source program 1, line by line, measures the number of input text lines, and sends the input text line by line to the component expansion command statement analysis means 3. Further, the source program reading means 2 stores the program name 22 and the input text line number 23 in the measurement value storage means 9 at the time when the reading of the input text from the input source program 1 is completed.

The component development command statement analysis unit 3 determines the component development command in the input text read by the input program reading unit 2. If the text does not include the part expansion instruction, the input text is output as it is to the work file 5. In the case of a text with a parts expansion command, the search is made for a part that is registered in advance in the parts holding unit 4 based on the name of the part in the parts expansion command, and when the corresponding part is found, the text of that part is found. Is read as a component development line, a component development identification flag is added, and the text is output to the work file 5 together with the text having the component development command. When the corresponding part is not found, the input text is output to the work file 5 as it is.

The source program conversion unit 6 finishes outputting the text to the work file 5 by the component expansion command statement analysis unit 3, and then the text without the component expansion command, the text with the component expansion command, and the component expanded text (parts The expanded line) is merged, converted into a format that can be processed by the language translation means 13, and sent to the source program output means 7.

The source program output means 7 identifies the component development line from the source program converted by the source program conversion means 6 by the component development identification flag, measures the number of component development lines, and outputs the output source program 8. Further, the source program output means 7 measures the number of developed parts lines when the output of the output source program 8 is completed.
24 is stored in the measured value storage means 9.

The output source program reading means 10 reads the input text, which is a constituent element of the output source program 8, line by line, and sends it to the library collection original sentence expansion command statement analysis means 11.

The library collection original sentence expansion command statement analysis unit 11 determines the library collection original sentence expansion command in the input text read by the output source program reading unit 10. In the case of a text without a library collection source text expansion command, the input text is output to the language translation means 13 as it is. In the case of a text with a library collection source text expansion command, go to the library collection source text that is registered in advance in the library collection source text storage unit 12 based on the library collection source text name in the library collection source text expansion command, and apply When the library text is found, it reads the text of the library text and outputs it to the language translation means 13 as the library text expansion line together with the text with the library text expansion command while measuring the number 25 of the library text expansion lines. . When the corresponding library text is not found, the input text is translated into the language translation means 13
Output as is. When the input of the source program is completed, the library collection original sentence expansion statement analysis unit 11 stores the measured library collection original sentence expansion line number 25 in the measurement value storage unit 9.

The language translation means 13 is a collection of original text expansion instruction sentence analysis means 11
The source program passed through is translated into a machine language to be an object program, which is sent to the object program output means 14.

The object program output means 14 outputs the output object program 15.

The measurement value storage means 9 is a collection of original text expansion instruction statement analysis means.
The program name stored from the source program reading means 2 when the number of lines of the original text expanded 25 is stored from 11
22 and the number of input text lines 23, the number of parts development lines 24 stored from the source program output means 7 and the number of registration text expansion lines 25 stored from the library text expansion statement sentence analysis means 11 are automatically generated as one record. Data management file
Output to 16.

The operator of the calculation means 17 is a program name input device 18
Using the program name 22 input from the key as the key, read the corresponding input source text line number 23, part development line number 24 and registration collection original text development line number 25 from the automatic generation rate data management file 16, and input source text line number 23, Number of parts development lines 24
And the number of lines in the source text expanded to the number of output source text lines that is the sum of the number of lines in the original text in the library of 25 and the number of lines in the original text
Perform the calculation to obtain the automatic generation rate, which is the ratio of the sum with 25,
The number of input source text lines 23, the number of parts expanded lines 24, the number of lines of expanded texts of the library, the number of output source text lines, and the automatic generation rate as the calculation result are output to the display device 19.

Next, the operation of the automatic program generation rate data automatic measurement method of this embodiment will be described more specifically with reference to FIG.

First, in the source program reading means 2, the program name is A, the number of text lines is a, and the component expansion command (@
PPP (a, b);) and library original text expansion statement (COPY QQ
Input source program 1 including Q.). When the input of the input source program 1 is completed, the source program reading means 3 stores the program name A and the input source text line number a in the measurement value storage means 9.

Next, the part expansion command statement analysis means 3 analyzes the part expansion command statement (@PPP (a, b);) in the input text to analyze the part name.
The component 41 is read from the component holding unit 4 based on the PPP, and the component development line (MOVE a TO b., Etc.) in the input source program 1 is read.
Merge. Further, when the input of the input source program 1 is completed, the component development statement analysis unit 3 stores the component development line number b in the measurement value storage unit 9.

Next, the library of original text expansion statement analysis unit 11 determines the library of original text expansion statement (COPY QQQ.) In the source program 42 after the component 41 has been expanded, and the library original text name is QQQ. The text of the library text is read from the library text holding unit 12, and the library text expansion line (READ INP-FILE. Etc.) is merged into the source program 42 after the parts are expanded, and the source after the library text is expanded. Program 44. Further, the collection of original text development statement analysis unit 11 stores the number of developed original text lines c in the measurement value storage unit 9.

The data stored in the measured value storage means 9 is stored in the automatic generation rate data management file 16 in the format shown in FIG.

When the program name A is input from the program name input device 18 (step 31), the computing means 17 receives the program name A.
With the key as a key, the input source text line number a, the part development line number b and the registration source text development line number c are read from the automatic generation rate data management file 16, and the input source text line number a, the part development line number b and the registration source text are read. The output source text line number (a + b + c) is obtained by adding the expansion line number c,
The sum of the number of lines of expanded parts b and the number of lines of expanded lines of the original text c (b +
The automatic generation rate is obtained by dividing c) by the number of output source text lines (a + b + c) (step 32). Subsequently, the calculating means 17 causes the display device 19 to display the program name A, the number of input source text lines a, the number of component expansion lines b, and the number of lines of the original text expansion lines of the library.
c, the number of output source text lines (a + b + c) and the obtained automatic generation rate are output (step 33).

〔The invention's effect〕

As described above, according to the present invention, by providing the source program reading means, the component expansion instruction sentence analysis means, the source program output means, the library original sentence expansion instruction sentence analysis means, the measurement value storage means and the operation means, The data required to calculate the automatic generation rate of the program is automatically measured during the program development work, so the time spent collecting the data can be reduced and the accuracy of the data is improved because it is difficult for human operations to enter. effective.

In addition, since the data required when calculating the automatic generation rate of the program is stored in the automatic generation rate data management file, it is possible to immediately grasp the automatic generation rate simply by specifying the program name for which the automatic generation rate is desired. effective.

[Brief description of drawings]

FIG. 1 is a block diagram showing the configuration of an automatic measurement system for program automatic generation rate data according to an embodiment of the present invention, and FIG. 2 is a diagram showing a data storage format in an automatic generation rate data management file in FIG. FIG. 3 is a flow chart showing the processing in the arithmetic means in FIG. 1, and FIG. 4 is a diagram for specifically explaining the operation of the automatic program generation rate data measuring method of this embodiment. In the figure, 1 ... Input source program, 2 ... Source program reading means, 3 ... Component expansion statement analysis means, 4 ... Component holding section, 5 ... Work file, 6 ... Source program converting means, 7 ...... Source program output means, 8 ...
... Output source program, 9 ... Measured value storage means, 10 ...
… Output source program reading means, 11 …… Registration source text expansion instruction sentence analysis means, 12 …… Registration source text holding section, 13 ……
Language translation means, 14 ... Object program output means, 15 ... Output object program, 16 ... Automatic generation rate data management file, 17 ... Calculation means, 18 ... Program name input device, 19 ... Display device, 20 …… Preprocessor, 21 …… Compiler, 22 …… Program name, 23 ……
Number of input source text lines, 24 …… Number of parts development lines, 25 ……
Number of lines in the collection of original texts, 41 ... Parts, 42 ... Source program after the parts are expanded, 43.

Claims (1)

[Claims] 1. A program development support device for supporting the development of a program by partially creating a source program in advance and generating a source program by combining the source programs when developing the source program. A source program reading unit that measures the number of input source text lines when reading, and a component expansion line that is expanded as a source program by the component expansion command in the input text read by the source program reading unit To the component development command statement analysis means for adding a component development identification flag to the component development command sentence analysis means, and the component development line is identified by the component development identification flag from the source program after the component development line is developed by the component development command statement analysis means. A source professional that measures the number of expansion lines RAM output means and the registration collection which is expanded as a source program by discriminating the registration text original expansion instruction in the input text after the expansion of the parts expansion statement by the parts expansion statement analysis means is registered. Collection original sentence expansion statement analysis unit, program name, number of input source text lines measured by the source program reading unit, number of component expansion lines measured by the source program output unit, and registered collection original sentence expansion statement analysis unit Input source text line number with reference to the automatic generation rate data management file based on the input program name And the number of partially expanded lines and the number of lines of the original text expanded library Automatic Measurement Method of automatic program generation rate data, characterized in that it comprises calculating means for outputting the operation result performs calculation for obtaining the automatic generation rate is the ratio of the sum of the library text number expansion line on the display device.