JPH01298436A - Automatic measuring system for program automatic preparing ratio data - Google Patents

Abstract

PURPOSE:To instantaneously grasp an automatic preparing ratio by providing a source program reading means, a source program output means, a registration collection original sentence development instruction sentence analyzing means, a measured value storing means and an arithmetic means. CONSTITUTION:A measured value storing means 9 outputs the program name and the number of input text rows stored from a source program reading means 2, the number of parts development rows stored from a source program output means 7 and the number of the registration collection original sentence develop ment rows stored from a registration collection original sentence development instruction analyzing means 11 as one record to an automatic preparing ratio data control file 16. An arithmetic means 17 refers to the automatic preparing ratio data control file 16 based on the program name inputted from a program name input device 18, executes the operation to obtain the automatic preparing ratio and outputs the arithmetic result to a display device 19. Thus, the auto matic preparing ratio of the program can be instantaneously grasped.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an automatic measurement method for automatic program generation rate data, and in particular, to improve program productivity through automatic generation of standard descriptions, componentization of program source descriptions, etc. This invention relates to an automatic measurement method for program automatic generation rate data in a program development support device.

[Conventional technology]

In recent years, in order to improve productivity in the development of computer programs, partial descriptions of program sources (hereinafter referred to as parts) are prepared in advance, and descriptions that instruct the citation of parts in the source program (hereinafter referred to as parts) are prepared in advance. A method has become known in which a program is semi-automatically generated by applying a command (referred to as a component expansion command) and passing it through a program development support device. In such a method, by using components, the number of lines of text written by the user is significantly different from the number of lines of output source text that is input to the subsequent language translation system (hereinafter referred to as the compiler). Think of this difference as an automatically generated row).

For this reason, when measuring the number of lines written by the user in an output source program, conventionally, the lines of the user's input source program and the automatically generated lines are identified on the program list of the source program output by the compiler. However, it was measured manually. Furthermore, the automatic generation rate, which is the ratio of the sum of the number of expanded parts lines and the number of expanded lines of the registry original text to the number of output source text lines, was calculated manually.

[Problem to be solved by the invention]

In the conventional automatic program generation rate data measurement method described above, the user manually measures and calculates while looking at the program list, which leads to measurement and calculation errors and takes time to collect data. The disadvantages are that the data may be inaccurate and the accuracy of the data may be lacking.

In addition, from the time you want to understand the automatic generation rate until you actually know the value, it takes time to perform measurement work and trouble to search for documents that show the results that have already been measured, so the automatic generation of the program you want to know The disadvantage is that the rate cannot be immediately determined.

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

[Means to solve the problem]

The automatic measurement method of automatic program generation rate data of the present invention provides program development support that supports program development by creating parts of a source program in advance and combining them to generate a source program when developing a source program. In the device, there is a source program reading means that measures the number of lines of the input child when reading an input source program, and a source program reading means that determines a component expansion command in the input text read by the source program reading means and reads this component expansion command. A parts expansion command sentence analysis means adds a parts expansion identification flag to a parts expansion line expanded as a source program by the parts expansion command sentence analysis means, and a parts expansion command sentence analysis means adds a parts expansion identification flag to a parts expansion line expanded as a source program. A source program output means for identifying a component expansion line using an identification flag and measuring the number of component expansion lines; and a source program output means for identifying a component expansion line using an identification flag, and determining a library source text expansion command in the input text after the component expansion line is expanded by the component expansion command statement analysis means. A library source text expansion statement analysis means for measuring the number of lines of the library source text expanded as a source program, and a program name.

Automatically generating the number of input text lines measured by the source program reading means, the number of component expansion lines measured by the source program output means, and the number of library original text expansion lines measured by the library original text expansion command sentence analysis means. Measured value storage means to be stored in a rate data management file;
Based on the input program name, refer to the automatic generation rate data management file and calculate the automatic generation rate, which is the ratio of the sum of the number of parts expansion lines and the number of library original text expansion lines to the number of output source text lines. and an arithmetic means for outputting the arithmetic results to a display device.

[Effect]

In the automatic measurement method of automatic program generation rate data of the present invention, the source program reading means measures the number of input text lines when reading the input source program, and the component expansion command sentence analysis means reads the source program. The source program output means identifies the parts expansion command in the input text, adds a parts expansion identification flag to the parts expansion line that is expanded as a source program by this parts expansion command, and the source program output means uses the parts expansion command sentence analysis means to extract the parts expansion line. The component expansion line is identified from the expanded source program using the component expansion identification flag, the number of component expansion lines is measured, and the registration library original text expansion command sentence analysis means expands the component expansion line using the component expansion command sentence analysis unit. determines the library source text expansion command in the input text after the input text is processed, and measures the number of library source text expansion lines that are expanded as a source program,
The measurement value storage means is the program name, and the number of input text lines measured by the source program reading means.

The number of component expansion lines measured by the source program output means and the number of library original text expansion lines measured by the library original text expansion command sentence analysis means are stored in the automatic generation rate data management file, and the calculation means inputs the program name. Based on this, the automatic generation rate data management file is referenced to calculate the automatic generation rate, which is the ratio of the sum of the number of parts development lines and the number of library original text development lines to the number of output source text lines, and the calculation results are displayed on the display device. Output to.

〔Example〕

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

FIG. 1 is a block diagram showing the configuration of an automatic measurement method for automatic program generation rate data according to an embodiment of the present invention. , source program reading means 2, component expansion command sentence analysis means 3, and component holding section 4
, a work file 5, and a source program conversion means 6
, source program output means 7 , output source program 8 , measured value storage means 9 , output source program reading means 10 , and registry source text expansion statement analysis means 11
, the registry source text holding unit 12 , the language translation means 13 , the object program output means 14 , the output object program 15 , and the automatic generation rate data management file 1
6, a calculation means 17, a program name input device 18,
It is composed of a display device 19.

The preprocessor 20 is a source program reading means 2.
, a component expansion command sentence analysis means 3, a component holding section 4, a work file 5, a source program conversion means 6, and a source program output means 7.

The compiler 21 includes an output source program reading means 1
0, a library original text expansion command sentence analysis means 11, a registry original text holding section 12, a language translation means 13, and an object program output means 14.
゛Referring to Figure 2, automatic generation rate data management file 1
The data stored in 6 includes the program name 22, which is the call key when the calculation 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 calculating the automatic generation rate. It consists of 24 lines of 231 parts development and 25 lines of registry original text development.

Referring to FIG. 3, the processing in the calculation means 17 consists of a program expert step 31, an automatic generation rate calculation step 32, and an automatic generation rate display step 33.

Next, the operation of the automatic program generation rate data automatic measurement method of this embodiment configured as described above will be explained.

The source program reading means 2 reads 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 development command sentence analysis means 3. Further, the source program reading means 2 stores the program name 22 and the number of input text lines 23 in the measured value storage means 9 when reading of the input text from the input source program 1 is completed.

The parts expansion command sentence analysis means 3 determines the parts expansion command in the input text read by the input program reading means 2. In the case of text without part expansion instructions,
The input text is output as is to the work file 5.

In the case of a text with a parts deployment command, the part registered in advance in the component holding unit 4 is searched based on the part name in the parts deployment command, and when the corresponding part is found, the text of that part is searched. is read and a part development identification flag is added as a part development line, and outputted to the work file 5 together with text containing a part development instruction. If the corresponding part is not found, the input text is output as is to the work file 5.

When the output of the text to the work file 5 by the parts expansion command statement analysis means 3 is completed, the source program conversion means 6 converts the text without the parts expansion command, the text with the parts expansion command, and the part expanded text (parts (expanded line), and converts it into a format that can be processed by the language translation means 13, and sends it to the source program output means 7.

The source program output means 7 identifies a component development line from the source program converted by the source program conversion means 6 using a component development identification flag, measures the number of component development lines, and outputs an output source program 8. Also,
When the output of the output source program 8 is finished, the source program output means 7 outputs the measured part development line number 24.
is stored in the measured value storage means 9.

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

The library original text expansion command sentence analysis means 11 determines the library original text expansion command in the input text read by the output source program reading means 10.

In the case of a text without a register source text expansion command, the input text is output to the language translation means 13 as is. In the case of a text with a library original text expansion command, the library original text holding unit 12 uses the library original text name in the library original text expansion command.
I went to search for the original text of the registration book that was registered in advance,
When the corresponding library original text is found, the text of the library original text is read, and while measuring the number of library original text expansion lines (25), it is sent to the language translation means 13 along with the text with the library original text expansion command as the library original text expansion line. Output. If the corresponding registry original text is not found, the input text is output as is to the language translation means 13. When the input of the source program is completed, the library original text expansion command sentence analysis means 11 stores the measured number of lines 25 of the library original text expansion into the measured value storage means 9.

The language translation means 13 includes the registration collection original text expansion command sentence analysis means 1.
The source program passed through 1 is translated into machine language to form an object program, and the object program is sent to object program output means 14.

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

The measurement value storage means 9 includes the registration collection original text expansion instruction sentence analysis means 1.
1 to the registered sM statement expansion line number 25 are stored, the program name 22 and input text line number 23 stored from the source program reading means 2, the part expansion line number 24 stored from the source program output means 7, and The number 25 of lines for expansion of the library original text stored from the library original text expansion command statement analysis means 11 is outputted to the automatic generation rate data management file 16 as a code.

The calculation means 17 is operated by the operator using the program name input device 1.
Using the program name 22 input from 8 as a key, read the corresponding input source text line number 232, part development line number 24, and registry original text development line number 25 from the automatic generation rate data management file 16, and input the input source text line number 232.
The number of component development lines is 24 for the number of output source text lines, which is the sum of the number of component development lines 24 and the number of registry source text development lines 25.
The number of lines of the input source text is 239.
The number of component expansion lines 24, the number of registration collection original text expansion lines 25, the number of output source text lines, and the automatic generation rate that is the calculation result are output to the display device 19.

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

First, the source program reading means 2 reads a program whose name is A, the number of text lines is a, and the component expansion command statement (@P
PP (a, b);) and the library original text expansion command statement (C
Input source program 1 containing OPY QQQ, ). At the end of inputting the input source program 1, the source program reading means 3 stores the program name A and the number of input source text lines a in the measured value storage means 9.

Next, the component deployment command statement analysis means 3 analyzes the component deployment command statement (@PPP (a, b);) in the input text and reads the component 41 from the component holding unit 4 based on the component name PPP. , the parts expansion line (MOV
E a To b, etc.). Further, at the end of inputting the input source program 1, the component expansion command sentence analysis means 3 stores the number of component expansion lines in the measured value storage means 9.

Next, the registration collection original text expansion instruction sentence analysis means 11 uses the component 41
determines the library original text expansion command statement (COPY QQQ,) in the source program 42 after it has been expanded, and reads the text of the library original text 43 whose library text name is QQQ from the library text holding unit 12; In the source program 42 after parts are expanded, there is a library original text expansion line (READ IN).
P-FILE! , , etc.) are merged to form the source program 44 after the registration library original text development. Further, the registry source text development command sentence analysis means 11 stores the number of lines C of the library source text development line number C in the measured value storage device 9.

The data stored in the measured value storage means 9 is saved 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 calculation means 17 uses the program name A as a key to calculate the number of input source text lines, a8, the number of component development lines, and By reading the number of lines of the library original text developed, C, and adding the number of input source text lines a9, the number of parts developed lines, and the number of lines of the library original text developed, the number of output source text lines (a+b+c
), and the sum (b+c) of the number of component development lines and the number of library original text development lines C is calculated as the number of source text lines (,1+b+c
) to find the automatic generation rate (Step 3
2) Subsequently, the calculation means 17 displays on the display device 19 the program name A, the number of input source text lines a1 the number of component development lines, the number of registry source text development lines C2 the number of output source text lines (a
+b+c) and the determined automatic generation rate are output (step 33).

〔Effect of the invention〕

As explained above, the present invention provides a source program reading means 9, a component expansion command sentence analysis means, a source program output means, a registry original text expansion command sentence analysis means, a measured value storage means, and a calculation means. Since the data necessary to determine the automatic generation rate of a program during program development work is automatically measured, the time spent collecting data can be reduced, and the accuracy of data is improved because it is difficult for human manipulation to occur. effective.

In addition, the data necessary to determine the automatic generation rate of a program is stored in the automatic generation rate data management file.
This has the effect of allowing you to instantly understand the automatic generation rate by simply specifying the name of the program for which you want to calculate the automatic generation rate.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of an automatic measurement method for program automatic generation rate data according to an embodiment of the present invention; FIG. 2 is a diagram showing a data storage format in the automatic generation rate data management file in FIG. 1; FIG. 3 is a flowchart showing the processing in the arithmetic means in FIG. 1, and FIG. 4 is a diagram specifically explaining the operation of the automatic measurement method of program automatic generation rate data of this embodiment. In the figure, 1... Input source program, 2... Source program reading means, 3... Part expansion command sentence analysis means, 4... Part holding section, 5... Work file, 6... Source program conversion means, 7...Source program output means, 8...Output source program, 9...Measurement value storage means, IO...Output source program reading means, 11...
・Registration collection original text expansion imperative sentence analysis means, 12...Registration collection original text holding unit, 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 'AM, 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 library original text development lines, 41...Parts, 42...Parts Source program after expansion, 43...
Registration collection original text, 44... This is the source program after the registration collection original text has been expanded.

Claims (1)

[Claims] In a program development support device that supports program development by partially creating a source program in advance and combining them to generate a source program when developing the source program, a source program that is an input source program. a source program reading means that measures the number of lines of input text when reading the source program, and a part expansion line that determines a component expansion command in the input text read by the source program reading means and expands it as a source program according to the component expansion instruction. a parts expansion command statement analysis means that adds a parts expansion identification flag to a part development statement, and a parts expansion statement analysis means that identifies a parts expansion line from the source program after the parts expansion line has been expanded by the parts expansion command statement analysis means, using the parts expansion identification flag. A source program output means for measuring the number of expanded lines; and a library original text that is developed as a source program by determining a library original text expansion command in the input text after the component expansion line is expanded by the component expansion command statement analysis means. a registry source text expansion command sentence analysis means for measuring the number of expanded lines; a program name, the number of input text lines measured by the source program reading means, the number of parts expanded lines measured by the source program output means, and the registry. measurement value storage means for storing the number of lines expanded in the library original text measured by the source text expansion command sentence analysis means in an automatic generation rate data management file; calculation means for calculating an automatic generation rate, which is the ratio of the sum of the number of component development lines and the number of library original text development lines to the number of output source text lines, and outputting the calculation result to a display device; An automatic measurement method for program automatic generation rate data.