JPS58169244A - Program development method - Google Patents

Abstract

PURPOSE:To utilize effectively modules registered in a data base and to produce function patterns which have plural functions in combination by combining modules together into parts, by registering developed software in the data base in the form of unit module parts. CONSTITUTION:Input operation for reading a desired module out of the data base 7 and input operation for generating new software by utilizing the read module are performed by a keyboard 1. This input is discriminated by an input discrimination part 3 and applied to a page controlling part 4, module name controlling part 9, printer 12, and processing part 13. This controlling part 4 refers to entered function items stored in the 1st memory area 8-1 of a memory 8 to select an input-specified item and its selection signal is applied to a route retrieval part 5. In the base 7, the developed software is registered and processing parts 9 and 13, the memory 8, a display control part 10, etc., are used to use the data registered in the base 7 effectively.

Description

[Detailed description of the invention] This is about the 11 method of aU 斃-Oa technique field, in which the program is constructed in 411 into an Oreziel structure and this is made into parts, and ζO Turn your photos into a database! This invention relates to a Trugram development method in which a pBoogram can appropriately call up tools and perform 5PIIM by performing DI.

−Technical background For example, K like an automatic deposit system in the clavicle.

A terminal device is provided at each branch of the company, and these are connected to the 7Y-1 for data processing.

In accordance with such a system, Hiro, Kuya, who checks banknotes and verifies customer stamps on each terminal device at each branch,
Communication with the host device at the center must be carried out, and finally, a software system must be developed to do this. By the way, pregzum such as checking banknotes is not only available at banks, but also at vending machines with 4 common K(
The communication with the host device of the center is also very different in the details of the 0110 network.
It can often be used by applying and partially modifying the communications program of the computer's host device.
In such a case, a new program is developed completely separately for each system, resulting in a poor expansion rate. Especially in the current situation where increasingly sophisticated services are required, the number of man-hours required to develop software continues to increase.

Developing these programs from scratch requires a lot of time and effort. Nine times, we were unable to meet the demand for software. Therefore, it is desired that a person who has developed the software once in the past will use nine software to improve the efficiency of software development.

(3) Conventional technology and problems In the past, companies that developed software for the above-mentioned advanced T-services developed each data system individually, and data accumulated in the past was not stored within the same system. It was just being used.

Therefore, when a new Data J611 system was developed, the entire system had to be developed from the beginning, which was not efficient, even though there were many common parts between the oty stem and the bladder.

(2) Purpose of the Invention As stated above, the present invention improves the problems that conventional software development had in efficiency. This method provides a pregtum development method that improves the efficiency of software development by searching for each function appropriately and making it easier to use.

(5) Structure of the Invention In order to achieve this objective, the fermented gourd five-shot method of the present invention classifies the plurality of C4 gourds and each gourd constituting the program by function. Sojieru name table (1
storage means for storing the first order).

a control means for detaining the four-jernel finger, and a program holding means for reading out and holding the program of the nine-jernel designated for use by the four-jernel fingering means from the data storage means; and a data input means for inputting data for modifying the program.

The present invention is characterized in that it comprises a display means for displaying the program and the modified program, and the program can be displayed and confirmed from the module Ol1 to the back.

((2) Invention example Next, before describing one embodiment of the present invention in detail.

The formation of the present invention will be briefly explained based on FIG.

FIG. 1 shows the structure of a module used in the present invention. It is a component made by incorporating Jin's Kagojieru Hiro and Pugastric Gutsum, and its main program body is composed of programs that collectively perform nine functions. By registering the module in the database and making it possible to search by function and module name, the program itself can be read and used. The main body of the program is provided with an entry procedure section and an exit procedure section. This is the other 9” dime-le and ohm
This is to ensure that the influence of changes in linkage regulations can be absorbed at the entrance/exit section in order to ensure smooth operation.
ζ Here, the entry procedure 1ilK includes the information necessary for creating the stomach card (external reference tools, etc.) and the fourth step.
Contains the name of Dogel. Ota. The exit procedure section performs rounding processing to return the program to its caller or to transfer control to a predetermined program.

Next, an embodiment of the present invention will be described in detail with reference to FIG. 1 and FIGS. 2 and 13.

FIG. 2 is a block diagram of the present embodiment, and FIG. 3 is a diagram illustrating a table in which the modules shown in FIG. 1 are classified by function.

In the figure, 1 is the middle board, and the database 7 described later
This is a round-up operation in which an input operation is performed to read a desired OS gear from , and an input operation is performed to create software in the new nine using the read module.

Reference numeral 5 denotes an input identification section 6, which identifies when data is input from the keyboard 1 via the interface 2. ζ01iII! Separately, identification of the data created during the identification of each function order II and each Mosier salt shown in FIG. 3 will be performed. Here, FIG. 3 shows a table of functional order II and Mosier salt. This feature item is.

The functions performed by boograms are categorized into 11 categories.

For example, file access, data read, data
2 items, file creation, etc., and file access is classified as 2 items, such as seal inquiry,
Programs such as updating the deposit amount belong to these programs, and these K are stylized names that suggest their contents (in the figure, for convenience, they are called A).
, B, C...) is 40. Similarly, for the day lead, the name x,
The module 1D4) with expansion tool name α, β belongs to y, z, and data write. Note that * indicates OII that there is detailed information as function-related information.

Referring to the function items shown, 9 items are selected based on input data from, for example, the middle port 1, and the selection signal is output.

Reference numeral 5 denotes a route search unit which specifies all module names belonging to the nine selected items based on the selection signal, accesses the database 7 via the abstract interface 6, and stores the first memory 8. The module name is stored in the module and sent to the display control section 10, which will be described later. After this, each program with the above module name is read from the database 7 via the interface 6 and sent to the second memory 14, which will be described later. Furthermore, control is performed so that the newly created program 2 can be folded into a predetermined area of the database 7.

7 Hiro database "c'sb" is a program that is incorporated into the module structure shown in Figure 1, and is stored in a large number of parts.By searching this using Mosier salt, these can be found. The program body of the module can be read out.The database 7 also stores a table of function items shown in FIG.

8 is a main memory having a first serving area 8-1 and a second serving area 8-2.

The table of contents of the functional items stored in the database 7 is stored in the first menu area 8-1.Mosier salts read out by the route search section 5 are also stored.

9. The second memory area 8-2 is a pregrum entry area. Nine programs read out from the database 7 by the route search unit 5 are written in this second memory area,
The processing control of the milling section 13 puts it in a state in which p can be modified.

Reference numeral 9 denotes a Mosier salt control section, which reads out a program of the Mosier salt from the second memory area 6-2 based on the Mosier salt identified and transmitted by the input identification section 3, and displays it in the display control section to be described later. List the items sent to 10.

The display control section 10 displays a table of function items sent out from the route search section 5 on the CRT 11, which will be described later. At the same time, the module 9 also displays the transmitted program on the CRT 11. Note that the items displayed on @CRT11 are the same as keyboard 1.
The printer 12 can print based on the print instruction signal input from the printer.

13 is the end section, which also edits the program and KI to display the J6N completed program.
! It is used to control the display control unit 10.

This processed program is sent to the Hiro route search unit 5,
From here, it is possible to write to the database via the interface 6.

Next, the operation of this embodiment shown in FIG. 2 and the HS diagram will be explained.

(2) When creating a program, first input a function item table of contents readout signal from the keyboard 1 in order to display the table shown in FIG. This signal is subjected to abstraction identification by the input identification section 3 and sent to the table of contents control section 4, and is then transmitted from there to the route search section 5. Here, the route search section 5 accesses the database 7 via the inter-7ace 6. This table is sent from the route search section 5 to the display control section 10 for display on the CRT 11.

■ The operator looks at this table and selects the required function item by operating the keyboard 1 and inputs a selection signal for file access, for example. This selection signal is identified by the input identification unit 3 and displayed in the table of contents. It is sent to the control section 4. From this K, the table of contents control unit 4 accesses the first memory area 8-1 and learns the storage address in the database 7 from the file access item. Then, the storage address of this item is sent to the route detection section 5. The route search unit 5 stores data based on this K, reads it from there, and sends it to the display control unit 10. The display control unit 10'' uses Jin's module master, B, and C* on the CRT1.
Display it on top of 1. On the other hand, after sending the module names to the display control section 1041C, the route search section 5 reads out the programs with the module names A, B, and C from the database 7 and stores them in the second memory area 8-2.

■ Operator Hiro Then use keyboard 1 to read out the details of the module name 1 For example, module name C
When an instruction is given, it is identified by the instruction signal line input identification section 3 and transmitted to the respective role name control section 9. As a result, the module name control unit 9 transfers the control signal to the second memory area 8-
2.

The detailed program of module name C is read out and sent to the display control section 10, from which it is displayed on the CRT 11. The operator inputs data for modifying this program from the keyboard 1 while looking at this. This data is identified by the input identifying section 3 and transmitted to the processing section 13, and then further sent to the second storage area 8-2. As a result, the program in area 8-2 of Houki 2 is modified,
This result is read out by the processing section 1"'S', and is then sent to the display control section 10 and displayed on the CRT 11.

By re-extracting this, the program with the abstract module name C was reused and nine new and nine new Gutagrams were created.

Is displayed.

■ In this way, two Grogu are created.

Area 8-2 If this is sent from the second mesori △ to the processing section 13 to the extract route search section 5, and from there to the database 7, this program will create a module name for the data. Make me remember. In this case, the module name registration signal is sent from the keyboard 1 to the second memory 'j, LK in the same way as the previously modified boogram data, and here the module name register signal is sent to the second memory 'j, LK.
Convert the ~ name into data that can be registered and send this to the route search unit 5 from the processing unit 13 in the same way as a newly created grog tsum. Then, in this route search unit 5, specify the above function item from the keyboard 1 and run the module. The area of the database 7 provided in the round where the module name of the function item to be newly registered is specified, and the data of the above registered name is transferred to the database via Inter 7 Ace 6. The data can be written in the ζO area of 7. Click OK to register the new program.

Next, based on Figure 4, other examples are shown in Figures 1 and 2.
Explanation will be made with reference to the figure. Figure 4 is a diagram showing mineral function related information in a hierarchical manner,
A to Person m Fi Indicates the name of the module having the structure shown in FIG. In the previous embodiment, the modules are classified according to their functions, but the modules named A to ``Human Failure'' are classified in order to be located at lower levels according to the degree of exploration of basic design 1 functional design and detailed design. It's been done. If you register such Kinpojire in the database, each module will be hierarchical and you can select it by referring to the function-related information of 9 people to 1 dance, and create a new program based on this. can. In this case, in 112m1I, the names of the hierarchized A A-A additions and the program of these modules are stored in the database 7, and then, for example, Al
1 is selected in the same way as the above function item is selected, and the database 7 is accessed from the route search unit 5 via the interface 6 based on this selection signal. Then, the grogram of the module h is read out and stored in the second memory f=4 in the same way as in the case of the module CO field fi 8-2 described above. Then, input the program modification data to the above and li'1 and click As.
A program 2 is created by modifying the 5O program and using the AuO module, and this program is displayed on the CRTfl. When registering this program, it may be done by operating the keyboard 1 in the same way as in the above case, but at this time, it is registered as related information.

(7) Detailed explanation of the invention As a whole, according to the present invention, a program is made into a module structure, which is made into components, and the module is registered in a database so that it can be called up and used at any time. It's like ninety-four.

For software development, you can use this registered nine module to reuse programs. Therefore, the work efficiency of software creation is improved. Additionally, since it uses modules that have already been debugged, the program testing period can be shortened. If the registered modules can be used effectively in this way, it will be possible to combine the counting function with the combination of 2% gel and make nine functional patterns into components, which will greatly reduce the man-hours required to create the wrinkle software system. Development efficiency can be further improved.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing the module structure used in the present invention,
2nd wJ is a block diagram of the present invention, and FIG. 3 is a diagram showing a classification table of contents of the modules of this embodiment. FIG. 4 is a diagram illustrating function-related information of another embodiment in a hierarchical manner. In the figure, 1 is the keyboard, 2.6 is the interface, 5
is the input identification part, 4 is the table of contents@push part, 5 is the route search part, 7
is the database, 8 is the memory, and 6 is 8-Bj'Jlz
7-s IN area, 8-2a12 me% area, 9 is module name IIKI push part, IQ is display control part, 11 is CRT
, 12 is a printer, and 15 is a processing section. Patent Applicant: Fujitsu Ltd. Representative Patent Attorney Akira Yamatani

Claims (1)

[Claims] (1) Classify each peak in the i**e mountains that make up Putadalam by function and create a table of nine peaks (
1), a storage means for specifying -%jire, and a modele specifying means for specifying p.
a glog tum holding means for reading out and holding the specified glogram of Kukanzier from the data storage means; a data input means for inputting data for modifying the 0p tetragram; and a display means for displaying the glogram and the modified 10 gram. , specify a specific module from the table of contents of the above Minejisuru, modify this program to create another program, and display this program again. Gudaramu origin method using and as a mold.