JP2008059247A - State theory simultaneous world transmission easily and simultaneously transmitting information to enterprises or people of the world or the whole country by email by language of the country, and more quickly acquiring information - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide system technology allowing simultaneous transmission to the world or the whole country by Internet communication. <P>SOLUTION: A state theory simultaneous world transmission system development method of the Internet communication for efficiently unitarily managing a system such that anybody knows it by providing an IT state control table, performing the simultaneous transmission to the world, and quickly acquiring world information to perform information strategy is provided. Technology for unifying home pages of the world so as to cope with decentralization of power from next Japanese economy overconcentration, easily performing centralization, and allowing development of a national communication network or a world communication network even in the whole country is provided. In the WWW transmitted to the world by Dr. Tim Berners-Lee in the Internet (a web) developed in U.S. NASA, the home pages of the world are unitarily unified, and the national communication network or the world communication network of the next-generation next Japanese economy for performing the simultaneous transmission to the world is developed. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

The present invention is a system that makes it easy for companies or people around the world to meet the language of the country in order to escape the worst deflationary economy after the war. In addition, the national theory global transmission of the present invention can be applied to products regardless of business.

Conventionally, development of simultaneous transmission to the world and the whole country has been impossible to develop because it costs development costs.

In recent years, the number of companies and individuals seeking to do business with the world and the whole country has been increasing year by year.
However, to date, no system has been developed for simultaneous transmission throughout the world and nationwide.

On the other hand, the recent Japanese economy requires more and more methods that companies or individuals can send information to companies and individuals more quickly, acquire information faster, and conduct business more quickly without wasting money. become.

On the other hand, various proposals have been made for developing a nationwide Internet communication network, Internet Internet communication network, and system nationwide and without wasting money, but none of them has been sufficient.

In this way, the Internet system development methods proposed so far are easy to understand for anyone in the world (all managers, staff, and maintainers) who can broadcast all over the world and all over the country, and can shorten the system development period. There are many problems in achieving a system with reliability, availability, maintainability, stability, and safety, and there is still no satisfactory one yet. .

JP 2003-177914 A

However, according to the above technology, the Internet communication network is used to send information all over the world or all over the country without much development costs, to acquire information faster, to conduct business faster, There was no way to get out and develop software.

Therefore, an object of the present invention is to provide a method for evacuating the next generation Japanese economy, global broadcasting, nationwide broadcasting, and system development by facilitating simultaneous broadcasting all over the world or nationwide.

In order to solve the above problems, the first invention is a system characterized by inputting a URL table created on a national theory world unified homepage.

The second invention is a system characterized by providing an IT national control table function and making the system easy to understand without waste.

The third invention is a system characterized in that a file access management table of the IT national control table is provided so that file access can be made into a subroutine and program management can be centrally managed regardless of files.

As described above, according to the worldwide broadcast of the present invention, the following unprecedented effects are achieved.

IT national control table is provided to make it easy for anyone to understand the program.

By providing a file access management table, the system can be easily managed regardless of files.

Next-generation global broadcasting will be possible, making it easy to trade with the world.

The nationwide communication network and the world communication network were established, and the sales method in Japan changed drastically, leaving the deflationary economy (issuing the first deficit-issued government bond after the war in November 1964).

Eliminate national economic disparity and lack of information.

Next generation Next generation Japanese economy In the time of decentralization, the epidemic comes from all over the country.

Derived nationwide as a future industry.

It is easy to grasp the entire system, and quality can be improved.

System construction can be centrally managed (including survey analysis → basic design → detailed design (program design) → programming → unit test → integration test → production → maintenance → service correspondence (addition of functions)).

Improves system reliability, availability (easy to use), and maintainability.

Anyone (manager, person in charge, maintainer) is easy to understand, can easily add services (add functions), and can easily acquire international quality standards ISO9000 series and international environmental standards ISO14000 series. Have

It can be used with a widely used spreadsheet software.

The nationwide communication network, the world communication network, and system development that can be performed nationwide are technological innovations in the Japanese economy.

Embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a diagram showing the concept and operation of the present invention.

As shown in the figure, the concept of this system is
(1) When national theory global transmission is selected from the input terminal (F610), the IT national control table (F100A) is executed.
(2) The following system is executed under the IT national control table (F100A).
The IT national control table is a table (DB) including a menu table (FIG. 2), a STEP table (FIG. 3), a file access management table (FIG. 4), and a file management table (FIG. 5).

(3) In the sender registration process (S620), the sender and message number are input from the input terminal (F621), the sender URL table (F622) is read, and when there is no sender URL table (F622). Set the message number (item number 33) as the sender, and add the message number (item number 34). If there exists, set the extraction category (item number 34) in the sender URL table as the sender. Set and update the message number (item number 33).

(3) In the email aggregation process (S630), the URL table (F631) is read, the aggregation URL table (F632) is read with the email number (item number 10), and if it does not exist, it is added to the aggregation URL table (F632). If it exists, the aggregation URL table (F632) is updated.
(4) Of course, it is also possible to sort by email number (item number 10), aggregate the email number (item number 10), and output to the aggregation URL table (text file).
(5) In the simultaneous transmission aggregation process (S640), the sender URL table (F622) is read to the end, and the following transmission file is created.
(6) The aggregate URL table (F632) is read to the end, and the following processing is performed.
The country code (item number 3) is acquired from the aggregation URL table (F632), the language conversion table (F641) is read, and the language classification (item number 4012) is acquired.
The language message table (F642) is read from the country code (item number 3) and the language conversion table (F641) from the aggregation URL table (F632), and a transmission file (F403) is created.
(7) The transmission file (F403) is read in the global simultaneous transmission processing (S500), and is transmitted to companies and people around the world (F501).

The layout of the global simultaneous transmission processing of the present invention in FIG. 1 will be described.

A table is a DB and is an RDB (relational database).

The file is a text file.

FIG. 2 is a file layout image of the menu table.

FIG. 3 is a file layout image of the STEP table.

FIG. 4 is a file layout image of the file access management table.

FIG. 5 is a file layout image of the file management table.

FIG. 6 shows file layout images of the URL table, the source URL table, and the aggregate URL table.

The URL table is a table using http (item number 1) as a key.

The sender URL table is a table with the email number (item number 10) (transmission) as a key.

The aggregate URL table is a table using the email number (item number 10) (transmission) as a key.

FIG. 7 is a file layout image of the language conversion table.

This is a table with the country code (item number 3) as a key. The data part is a language classification (item number 4012).

FIG. 8 is a file layout image of the language message table.

This is a table with message number (item number 4021) and language classification (item number 4022) as keys. The data part is a message.

FIG. 9 is a file layout image of the transmission file.

It is a text file. The items are a destination email (item number 4031), a destination email (item number 4032), and a message (item number 4033).

The process flow processing details of FIG. 1 will be described for the present invention.

IT national control table is used.

In FIG. 1, items are set before the processing of the present invention.

The menu table is set as shown in FIG.

The STEP table is set as shown in FIG.

The file access management table is set as shown in FIG.

The circles in the file access management table in FIG. 4 will be described.

Description of “◯” in the DB input / output parameter (306A) and DB input / output key option (310A) in FIG. 4 is shown in FIG.

In the DB input / output key numerical parameter (314A) in FIG. 4, the key to be read is set. The key is a numeric item.

The file management table is set as shown in FIG.

The language conversion table is set as shown in FIG.

The language message table is set as shown in FIG.

The details of the present invention in FIG. 1 will be described.

The business number is input in the input selection (F610), and the global broadcast processing (item number 3) of the menu table (FIG. 2) is executed.

The following processing is repeated until the division number (201) in the STEP table changes.

The STEP table (FIG. 3) is sequentially read with the section number (201).

The following processing is repeated until the division number (301) changes.

1. The file access management table (FIG. 4) is sequentially read with the division number (201) and summary number (202) of the STEP table (FIG. 3).
2. When the file number (303) is 0 (open), the file management table (FIG. 5) is sequentially read and loaded into the memory until the section number (401) and the summary number (402) change.
3. At other times, the file access management table (FIG. 4) is loaded into the memory.

In the above processing, the usage tables of the menu table (100), STEP table (200), file access management table (300), and file management table (400) are all loaded into the memory.

The sender registration process (S620) of FIG. 1 is executed.

It is description of the item number 1 of FIG.

The file number (303) is 0 and is open processing.

In the above, the open process is performed with the file name (404) or the input / output serial number (405) of the file management table of FIG.

The subroutine name (305) uses the open process rtn (item number 1).

It is description of the item number 2 of FIG.

The input / output section (304) is U and updated.

The file organization (406) is a table (DB).

The subroutine name (305) is the source URL table update rtn (item number 2).

It is description of item number 3 of FIG.

The input / output classification (304) is RH and is read for the update system.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is a transmission origin URL table.

It is description of item number 4 of FIG.

The file organization (406) is DB.

In addition, the input / output classification (304) is added by W.

The file name for opening the file is obtained from the file name (404) in FIG. It is a transmission origin URL table.

The subroutine name (305) is the source URL table creation rtn (item number 4).

The sender registration (S620) is executed under the IT national control table.

The simultaneous email aggregation process (S630) in FIG. 1 is executed.

It is description of item number 5 of FIG.

The file number (303) is 0 and is open processing.

In the above, the open process is performed with the file name (404) or the input / output serial number (405) of the file management table of FIG.

The subroutine name (305) uses the open process rtn (item number 5).

It is description of the item number 6 of FIG.

Input / output classification (304) is read sequentially with SR.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is a URL table.

A reading subroutine (305) is URL table sequential reading rtn (item number 6).

It is description of the item number 7 of FIG.

The input / output classification (304) is RH and is read for the update system.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is an aggregation URL table.

It is description of the item number 8 of FIG.

The input / output section (304) is U and updated.

The file organization (406) is a table (DB).

The subroutine name (305) is the aggregate URL table update rtn (item number 8).

The file organization (406) is a table (DB).

In addition, the input / output classification (304) is added by W.

The file name for opening the file is obtained from the file name (404) in FIG. It is an aggregation URL table.

The subroutine name (305) is the aggregate URL table creation rtn (item number 9).

As described above, the simultaneous email aggregation process (S630) is executed under the IT national control table.

The global simultaneous transmission aggregation process (S640) of FIG. 1 is executed.

It is description of the item number 10 of FIG.

The file number (303) is 0 and is open processing.

In the above, the open process is performed with the file name (404) or the input / output serial number (405) of the file management table of FIG.

The subroutine name (305) uses the open process rtn (item number 10).

It is description of the item number 11 of FIG.

Input / output classification (304) is read sequentially with SR.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is an aggregation URL table.

The reading subroutine (305) is an aggregate URL table sequential reading rtn (item number 11).

It is description of the item number 12 of FIG.

Input / output classification (304) is read sequentially with SR.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is an aggregation URL table.

The reading subroutine (305) is a source URL table sequential reading rtn (item number 12).

It is description of item number 13 of FIG.

Input / output classification (304) is read with R.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is a language conversion table.

The reading subroutine (305) is language conversion table reading rtn (item number 13).

It is description of the item number 14 of FIG.

Input / output classification (304) is read with R.

The file organization (406) is a table (DB). The SELECT file name and FROM file name are obtained from the file name (404). It is a language message table.

The reading subroutine (305) is the language message table rtn (item number 14).
It is description of item number 15 of FIG.

The file organization (406) is a text file.

In addition, the input / output classification (304) is added by W.

The file name for opening the file is obtained from the file name (404) in FIG. It is a transmission file.

Also, the input / output sequence number when the file is opened is obtained from the input / output sequence number (405) in FIG. 1.

The subroutine name (305) is the transmission file creation rtn (item number 15).

In the above, the global simultaneous transmission aggregation process (S640) is executed under the IT national control table.

The worldwide simultaneous transmission process (S500) of FIG. 1 is executed.

It is description of the item number 16 of FIG.

The file number (303) is 0 and is open processing.

In the above, the open process is performed with the file name (404) or the input / output serial number (405) of the file management table of FIG.

The subroutine name (305) uses the open process rtn (item number 16).

It is description of the item number 17 of FIG.

The input / output section (304) is sequentially read by SR.

The file organization (406) is a text file.

The subroutine name (305) is the transmission file sequential read rtn (item number 17).

The global broadcast processing (S500) is executed under the IT national control table.

Compared with the IT national control table and without the IT national control table, the IT national control table seems to require more man-hours. It takes time to add and modify functions.

The national theory of the present invention described above can be used for the following applications, specifically, worldwide transmission. In addition, a use is not limited to these. For example, guidance, new product release, homepage guidance, big sale, product guidance, emergency guidance, etc., are particularly useful for guidance related.

Although the embodiment of the present invention has been described in detail above with respect to the nation theory worldwide transmission, and the system development method and system using the nation theory world world simultaneous transmission, the present invention is not limited to the embodiment described above. Of course, various modifications may be made without departing from the scope of the present invention.

The IT national control table is written in the IT national control table.

If an address is required, obtain it from the address master.

National theory Outline of global transmission. IT national control table menu table STEP table of IT national control table IT national control table file access management table IT national control table file management table It is a layout image of a URL table, a transmission origin URL table, and an aggregation URL table. It is a layout image of a language conversion table. It is a layout image of a language message table. It is a layout image of a transmission file. It is explanatory drawing of DB input / output parameter of a file access management table, DB input / output key option.

Explanation of symbols

F100A: IT national control table F610: input terminal F621: input terminal S620: transmission source registration processing F622: transmission source URL table S630: email aggregation processing F631: URL table F632: aggregation URL table S640: simultaneous transmission aggregation processing F641: language conversion Table F642: Language message table F643: Transmission file S650: Global simultaneous transmission processing F651: Counterpart

Claims (3)

The first invention is a nation-wide Internet communication development method that can be broadcast all over the world and nationwide by using the URL table created on the World-wide World Unified Homepage as an input file. State theory according to claim 1 The Internet communication development method concerned with the IT national control table in order to make it easy to understand the program and to manage the system easily. National theory according to any one of claims 1 to 2 The simultaneous transmission of the world can provide a file access management table of the IT national control table so that file access can be made into a subroutine and program management can be centrally managed regardless of files. Internet communication development technique characterized by

Images