KR100321783B1 - Creation apparatus and method of automatic document for command input message in intelligent peripheral - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to an automatic document generating apparatus for an input message in an intelligent information providing system, a method and a computer readable recording medium storing a program for realizing the method.

2. Technical problem to be solved by the invention

The present invention relates to an automatic document generating apparatus for an input message that can be output from a personal computer to an input message of an intelligent information providing system (IP: Intelligent Peripheral), and a method and a computer for recording the program for realizing the method. To provide a recording medium that can be read by.

3. Summary of the Solution of the Invention

The present invention provides an automatic document creation apparatus for an input message in an intelligent information providing system. According to a system developer's request, a user registration for outputting various window message data on a screen and providing a close conversation procedure with the system developer is provided. Way; Download input message description method (IMD) file data in connection with a server system, and send the result to the user matching means and input message description method file analysis means in accordance with a request such as network connection and file transfer from the user matching means. Network matching means for delivery; The input message description method file analysis means for performing a syntax and semantic analysis function on the IMD file downloaded from the server system, and requesting the output of the analysis result to the printer matching means; And a printer matching means for connecting the input message description method file analysis means with a printer to output a document as a hard copy output.

4. Important uses of the invention

The present invention is used in the intelligent information providing system.

Description

TECHNICAL APPARATUS AND METHOD OF AUTOMATIC DOCUMENT FOR INPUT MESSAGE IN INTELLIGENT INFORMATION PROVIDING SYSTEM

The present invention relates to a technique for creating an automatic document for an input message in an Intelligent Peripheral (IP).

In general, conventional document writing methods are mainly based on UNIX systems.

The system developer creates a specific file (imd) for the input message description based on the input message description method (IMD), and uses the input message compiler (IMC) to specify the specific file (imd) for the input message description. ), The data for hard copy output can be obtained.

By using this hardcopy print data and outputting it to a specific printer connected to a UNIX system, a user manual output of an input message desired by a developer can be obtained.

In other words, when developing a large-scale exchange system, the exchange system developer must create a user manual for input messages, and create hardcopy outputs and online help files.

Until now, however, user manuals were based on Unix systems and were able to hardcopy only specific printers connected to Unix systems. In particular, the online help file was designed by the developer to manually The disadvantage is that you have to enter it.

In other words, the conventional automatic document creation method as described above is a technology that can create and output a user manual for an input message only in a UNIX system, which is more easily accessible, convenient to use, and very useful in document creation. There is a problem that cannot be used when using an effective personal computer.

The present invention has been proposed in order to solve the above problems, an automatic document creation apparatus for an input message for outputting the input message of the intelligent information providing system (IP: Intelligent Peripheral) also in a personal computer and It is an object of the present invention to provide a computer-readable recording medium that records the method and a program for realizing the method.

1 is a configuration diagram of an automatic document creation apparatus for an input message in an intelligent information providing system according to the present invention.

2A and 2B are an embodiment flow diagram of an automatic document creation method for an input message in accordance with the present invention.

3 is a flowchart of an embodiment of a server connection processing procedure according to the present invention;

4 is a flow diagram of one embodiment of a file transfer procedure in accordance with the present invention.

5 is a flow diagram of one embodiment of a file analysis procedure in accordance with the present invention.

6 is a flowchart of an embodiment of a help writing procedure according to the present invention;

7 is a flow diagram of one embodiment of a manual output procedure in accordance with the present invention.

8 is a flow diagram of one embodiment of a file analysis procedure in accordance with the present invention.

* Explanation of symbols for the main parts of the drawings

110: personal computer 120: system developer

130: printer 140: LAN

150: server system for development environment

The present invention for achieving the above object, in the automatic document creation apparatus for the input message in the intelligent information providing system, according to the request of the system developer, outputs a variety of window message data on the screen and close dialogue with the system developer User registration means for providing a procedure; Download input message description method (IMD) file data in connection with a server system, and send the result to the user matching means and input message description method file analysis means in accordance with a request such as network connection and file transfer from the user matching means. Network matching means for delivery; The input message description method file analysis means for performing a syntax and semantic analysis function on the IMD file downloaded from the server system, and requesting the printer matching means to output an analysis result; And the printer matching means for connecting the input message description method file analysis means with a printer to output a document as a hard copy output.

The present invention also provides an automatic document creation method for an input message in an intelligent information providing system, comprising: a first step of a user matching unit establishing a connection setting environment between a user and a server; A second step of semantic analysis and parsing of a system input command message (imd file) written by a developer input through a network matching unit, based on an input message description method (IMD) in a file analyzer; A third step of generating document creation data (virtual metadata) based on the semantic analysis and syntax analysis result; A fourth step of creating an online help file on a computer (PC) using the document creation data (virtual meta data); And a fifth step of printing out a hard copy user manual using the document creation data (virtual metadata).

The present invention also provides an intelligent information providing system having a processor, comprising: a first function of outputting various window message data on a screen and providing a close dialogue procedure with the system developer according to a system developer's request; Downloading input message description method (IMD) file data in connection with the server system, and forwarding the result to the user matching unit and the input message description method file analysis unit in accordance with a request such as network connection and file transfer from the user matching unit. Second function; A third function of performing a syntax and semantic analysis function on the IMD file downloaded from the server system and requesting the printer matching unit to output an analysis result; And

A computer readable recording medium having recorded thereon a program for realizing a fourth function of connecting the input message description method file analyzer to a printer and outputting a document as a hard copy output.

That is, in the present invention, a user manual creation and generation function for input messages that could only be processed on a UNIX system can be provided using a personal computer (PC) that can be used easily and simply.

First, an input message description method (IMD) is described as follows.

IMD is a file created based on the guidelines for writing system operation commands. It describes IP system input commands from the application developer's point of view, not from the operator's point of view. And one IMD file is created in one operation command, and the file name is promised to be named Cxxxx.imd.

Here, xxxx means a command reference number (CRN).

Structure of Input Commands for System Operation Cxxxx.imd is a file that defines IP operation commands. There is one input message per input command related to matching with the system. You can create data for various databases, user manuals for input commands, and so on.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of an automatic document creation apparatus for an input command message in an intelligent information providing system according to the present invention, which is loaded on a personal computer (PC) 110 and performed.

As shown in FIG. 1, an automatic document generating apparatus for an input command message in an intelligent information providing system interacts with the system developer 120 and collects various requests from the developer to network matching unit (NIP) 112. And input message description method file analysis unit (IFAP) 113 and printer matching unit (PIP) 114, and outputs various window message data on the screen of the PC (110) in close dialogue with the system developer 120 By providing a user interface unit (UIP) 111 for providing a procedure and an Internet protocol (IP) function, it provides a connection function with the server system 150 for a development environment, and a server system for a development environment. It connects to 150 and downloads the IMD file to the PC 110, and receives and processes a request such as a network connection or a file transfer from the user matching unit 111, or a network connection result or file. Download from the network interface part (NIP) 112 and the server system 150 for development environment for transmitting the transmission result and the like to the user matching unit 111, the input message description method file analysis unit 113, and the like. It performs syntax and semantic analysis function on the generated IMD file, and determines whether the IMD file written by each system developer 120 on the server system 150 for development environment is written in accordance with the IP system development guideline. It is also possible to check whether a user manual document can be generated from the file, and based on the analysis result, an input message description method file for generating virtual metadata for hard copy output and for requesting the hard copy output to the printer matching unit 14. Through an analysis unit (IFAP: IMD File Analyzer Part) 113 and a printer (local printer or network environment) 130 that is physically connected to the PC 110. And a: (Printer Interface Part PIP) (114) printers for outputting the generated document to provide an interface function for the associated network printer, a hard copy output matching portion.

The operation of the automatic document preparation apparatus for the input command message in the intelligent information providing system of the present invention having the above structure will be described in detail as follows.

First, a large number of development personnel are needed to develop an IP system, and the small unit functions developed by each developer are gathered to provide system functions and services. Therefore, in order to provide the same development tools and environments to various developers and to achieve efficient system development, an IP system development environment is constructed and provided to the developers.

This system development environment is referred to as one, and is referred to as a server system 150 for a development environment. The system developers 120 may perform tasks such as creating various programs, compiling a program, creating an IMD file for command input messages, and generating an input message user manual for Unix, in a server system for a development environment. It may be connected to the PC 110 through a local area network (LAN) 140.

The PC 110 receives and processes various PC window commands from the system developer 120, and may be connected to a local printer and a network print 130. In order to automatically generate a user manual document for command input message in the PC 110, the user matching unit 111, the network matching unit 112, the input message description method file analysis unit 113, the printer matching unit 114, and the like. This is necessary.

The user matching unit (UIP) 111 provides a GUI (Graphic User Interface) having a high affinity with the user. The user matching unit (UIP) 111 receives a request from a user for file transfer, file analysis, help writing, manual output, program termination, and the like. Disassemble the function on each side.

That is, if a user requests to perform a "file transfer function" through the GUI, the NIP 112 requests to perform a file transfer function.

If there is a request to perform a "file analysis function" from the user via the GUI, the IFAP 113 side requests to perform the file analysis function.

When performing a "help creation function" execution request from the user via the GUI, the IF113 side requests execution of the help creation function.

When performing a "manual output function" execution request from the user via the GUI, the PIP 114 requests execution of the manual output function.

When the user executes a "program exit function" request from the user via the GUI, all resources related to the present program are released and the program is terminated.

The network matching unit (NIP) 112 mainly provides an IP function, and performs a function such as network connection and file transfer. That is, the server connection processing procedure of FIG. 3, the file transfer procedure of FIG. 4, and the server connection release procedure of FIG. 8 are performed. This function processing is mainly required by the UIP to receive and request the NIP 112 from the user through the GUI.

The input message description method file analysis unit (IFAP) 113 performs a function of generating appropriate metadata through parsing and semantic analysis from an IMD file previously prepared by developers. Parsing and semantic analysis are performed through "LEX" and "YACC". Here, as the procedures to be performed, the help writing procedure of FIG. 6 and the file analysis procedure of FIG. 7 may be performed (where “LEX” and “YACC” are already known compilers for syntax and semantic analysis that are well known in general-purpose systems). .

The printer matching unit (PIP) 114 is a function unit that is in charge of the interface with the printer connected to the PC 110. When receiving a document output request from another function unit, the printer checks the integrity of the data and then returns to the printer. Requires the output of The process after transferring data to the printer is a role of the mode printer and is irrelevant to the present invention.

2A and 2B are flowcharts of an embodiment of an automatic document creation method for an input message according to the present invention, which describes an automatic generation and output procedure for a user manual.

As shown in FIG. 2A and FIG. 2B, when the document generation procedure is started, a server connection procedure is first performed 201 to attempt a connection with a server system for a development environment. At this time, the IP address of the server system uses a specific address, and if an error occurs in the connection process, it is possible to change to another IP address through interaction with the user.

Check the network connection with the server system (202) to terminate the document generation procedure if the network connection is abnormal (203), and if the network connection is normal, buffer for file transfer, file analysis, hard copy print output, etc. The memory is allocated (204) and the type of event is determined according to a function performance request from the user (205).

If it is determined that the event type is a file transfer request event (205), a file transfer request is received from a user (206), and a data file transfer procedure is performed (207). .

Check result 208, if the data file transfer is successful, put the file name, file size, etc. in the file transfer result (success) to output to the user (210), or if the data file transfer failed, the file name, server IP address, etc. file transfer result After output to the user (Fail) (209), the process proceeds to step 205 to determine the type of event.

If it is determined that the event type is a file analysis request event (205), a file analysis request is received from the user (211), and a data file analysis procedure is performed (212). .

Check result 213, if the data file analysis is successful, put the file name, file analysis results, etc. in the analysis results (success) and output to the user (214), or if the data file analysis fails, the file name, server IP address, etc. file analysis results After output to the user (Fail) (215), the process proceeds to step 205 to determine the type of event.

In the determination result 205, if the event type is a help writing request event, the user receives a help writing request from the user (216), performs a help writing procedure (217), and checks whether the help writing is successful (218).

Check result (218), if the help writing is successful, outputs the help data creation result (success) to the user with the help file name and help ID (219); or if the help creation fails, the help file name and server IP address are written. After outputting the result (failure) (220), the process proceeds to step 205 of determining the type of event.

As a result of determination 205, if the event type is a manual output request event, a manual output request is received from a user (221), a manual output procedure is performed (222), and whether or not the manual output is successful (223).

As a result of confirmation (223), if the manual output is normally performed, the entire page number of the output manual is printed on the manual output result (success) and output to the user (224), or if the manual output is abnormally performed, the file name, server IP address, etc. After outputting the result to the manual output result (failure) to the user (225), and proceeds to the process of determining the type of event (205).

As a result of determination 205, if the event type is a program termination request event, a program termination request is received from the user (226) to release the allocated buffer memory (227), and the server connection state is checked (228) to connect with the server. If it is, the server performs a server disconnection procedure (229) and then terminates (230).

3 is a flowchart illustrating an embodiment of a server connection processing procedure according to the present invention.

As shown in FIG. 3, when the server connection processing procedure is started, a server connection request is requested to the server (301), and the server connection state is checked (302). When the network connection with the server is not established, the server connection (failure) Terminate after processing.

When a network connection with the server system is established, a user ID and password are received from the user (304) and the user information is transmitted to the server system (305). After transmitting the user information to the server and receiving the user qualification test result 306 from the server, it is checked whether the user who requested the system connection is able to access the system as a valid user (307).

As a result of verification (307), if the user is a valid user, the server access (success) processing is performed (308). If the user is not a valid user, the user ID or password input is regarded as an error, and the user receives a system connection retry. (309).

Subsequently, the user checks whether the user wants to retry the connection with the server system (310). If it is abandoned, the process proceeds to the server connection failure process 303. If the user tries to retry, the user checks whether the number of retries is exceeded (311). If the number of attempts does not exceed the number of times, the process proceeds to step 304 of receiving a user ID and password again from the user, and if the number of retries is exceeded, proceeds to the server connection failure process 303.

4 is a flowchart illustrating an embodiment of a file transfer procedure according to the present invention.

As shown in FIG. 4, when a file transfer procedure is started, a file transfer request is sent to the server system together with a file name to be downloaded (401) and file data is received (402). After storing the received file data in the hard disk of the PC (403), it is checked whether data reception is completed (504).

As a result of the check 504, if the reception of all the file data is not completed, the process proceeds to the step 402 of receiving the file data. If the reception of all the file data is completed, the file transfer completion process is performed (405).

5 is a flowchart illustrating an embodiment of a file analysis procedure according to the present invention, which generates virtual metadata through syntax and semantic analysis.

As shown in FIG. 5, when the file analysis procedure is started, all words in the IMD file created by the developer are parsed, and the content data of all IMD files are separated into tokens, which are meaningful words, through syntax analysis (501). .

Then, semantic analysis is performed for each token (502). That is, it is checked whether an error has occurred by checking whether an IMD file has been created based on the IMD file creation rule defined in the requirements step of IP system development (503).

As a result of the inspection, if no error occurs, the virtual metadata is stored as a file on the hard disk of the PC (504) and the file analysis result (success) is processed (505). Error processing (506).

FIG. 6 is a flowchart illustrating an example of a help writing procedure according to the present invention, which illustrates a procedure of generating a help file using virtual metadata generated through file analysis.

As shown in FIG. 6, when the help writing process starts, it is checked whether virtual metadata for the corresponding IMD file exists (601).

As a result of the check 601, if the virtual metadata exists, whether the data has been changed is received from the user (602) and whether the data has been changed (603).

As a result of the check (603), if the data is changed, a file analysis procedure is performed (604), and if there is an error in the analysis result (605), if there is no error, the help writing result failure processing is performed (605), and the analysis result is an error. If present, an RTF file is created in accordance with the international standard for creating a Rich Text Format (RTF) file from virtual metadata (607).

After the RTF file is created, a help ID (HID: Help ID) is assigned (608), and a RFT file is compiled using a commercial help compiler (eg, WinHelp) (609).

Subsequently, it is checked whether the result of the compilation is normal (610). If the result of the compiler is not normal, the process of processing the help writing result (failure) is performed (606). If the result of the compiler is normal, the help writing result (success) is performed. Process is performed (611).

As a result of the check 601, if virtual metadata does not exist, the process is repeated from step 604 of performing a file analysis procedure.

On the other hand, as a result of checking whether the data has been changed, if the data is not to be changed, the process is repeated from the process of creating the RTF file (607) in accordance with the international standard for creating a Rich Text Format (RTF) file from the virtual metadata. do.

7 is a flowchart illustrating a manual output procedure according to an embodiment of the present invention, and illustrates a procedure of printing and outputting a user manual using virtual metadata generated through file analysis.

As shown in FIG. 7, when the manual output procedure is started, it is checked whether virtual metadata for the corresponding IMD file exists (701).

As a result of the check 701, if the virtual metadata exists, whether or not the data has been changed is received from the user (702) and whether the data has been changed (703).

As a result of the check (703), if the data is changed, a file analysis procedure is performed (704), and if there is an error in the analysis result (705), if there is an error, manual output result failure processing is performed (706). Subsequently, after receiving the print output form to be output from the user (707), generating control data for the printer in accordance with the received output form (708), and performing hard copy output by transmitting data to the printer (709), the output is performed. Check if there is an error in the result (710).

The check result 710, if there is an error in the output result is normal processing of the manual output result (711), and if there is no error in the output result is repeated from the process of performing the manual output result failure process (706).

If the verification result 701, the virtual metadata does not exist, the process is repeated from step 604 of performing a file analysis procedure.

On the other hand, as a result of checking whether the data has been changed, if the data is not changed, the process is repeatedly performed from the process of receiving a print output form to be output from the user (707).

8 is a flowchart illustrating a file disconnection procedure according to an embodiment of the present invention and a connection release procedure with a server system.

As shown in FIG. 8, when the server disconnection procedure is started, a server disconnection request is requested from the server (801), and a server disconnection process is performed (802). As a result of FIG. 8, all network connections with the server system are released.

The method of the present invention as described above may be implemented as a program and stored in a computer-readable recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.).

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes can be made in the art without departing from the technical spirit of the present invention. It will be apparent to those of ordinary knowledge.

As described above, the present invention can output a user manual for an input message used in an IP system to a local printer connected to a PC as well as a specific printer of UNIX, and can automatically generate an online help file. have.

Accordingly, the present invention is to improve the system development environment, shorten the system development period due to the improvement of the system development environment, shorten the development period by effectively processing the user manual of the system input message as important as function development in the IP system development Economics can be expected to be improved due to a reduction in system development costs, and even when a similar exchange system is developed, there is an excellent effect of improving the system development environment by applying the present invention.

Claims (12)

In the automatic document creation apparatus for the input message in the intelligent information providing system, User registration means for outputting various window message data on a screen according to a request of a system developer and providing a close dialogue with the system developer; Download input message description method (IMD) file data in connection with a server system, and send the result to the user matching means and input message description method file analysis means in accordance with a request such as network connection and file transfer from the user matching means. Network matching means for delivery; The input message description method file analysis means for performing a syntax and semantic analysis function on the IMD file downloaded from the server system, and requesting the printer matching means to output an analysis result; And The printer matching means for connecting the input message description method file analysis means with a printer to output a document as a hard copy output; Automatic document creation device for input messages comprising a. In the automatic document creation method for the input message in the intelligent information providing system, A first step of the user matching unit establishing a connection establishment environment between the user and the server; A second step of semantic analysis and parsing of a system input command message (imd file) written by a developer input through a network matching unit, based on an input message description method (IMD) in a file analyzer; A third step of generating document creation data (virtual metadata) based on the semantic analysis and syntax analysis result; A fourth step of creating an online help file on a computer (PC) using the document creation data (virtual meta data); And A fifth step of printing and outputting a hard copy user manual using the document creation data (virtual metadata) Automatic document creation method for input messages that include. The method of claim 2, The system input command message is Substantially, an automatic document creation method for an input message in an intelligent information providing system comprising a file transfer request message, a file analysis request event, a help creation request message, a manual output request message, and a program end request message. The method of claim 2 or 3, The first step is, Requesting a server connection request from the server and determining whether the server is connected; A seventh step of performing a server connection failure process when the network connection with the server is not established as a result of the sixth step; As a result of the determination in the sixth step, when a network connection with the server is established, a user ID (ID) and a password are received from the user, the user information is transmitted to the server system, and a user qualification test result is received from the server, thereby valid user An eighth step of determining cognition; As a result of the determination in the eighth step, when the user who requests the system connection is a valid user, server connection success processing is performed. step; As a result of the determination in the eighth step, when the user attempts to connect to the system again, it is determined whether the number of retry attempts has been exceeded, and if it is exceeded, the server connection failure processing is performed. A tenth step of receiving input again; An eleventh step of performing server connection failure processing if the user does not retry the system connection as a result of the determination of the ninth step; And 12th step of determining whether it is connected to the server, if it is not connected, terminating, if it is connected, allocating buffer memory, and determining the type of event received from the user Automatic document creation method for input messages that include. The method of claim 3, wherein Upon receiving the file transfer request message, A sixth step of transmitting a file transfer request together with the file name to be downloaded to the server system and receiving file data, storing the received file data on a hard disk of a personal computer (PC), and determining whether data reception is completed; A seventh step of continuously receiving file data when all file data is not received as a result of the determination of the sixth step, and performing file transfer completion processing when data reception is completed; And An eighth step of determining whether the data file transfer is successful, outputting the file transfer success result to the user if the data file transfer is successful, and outputting the result of the file transfer failure to the user if the data file transfer is successful; Automatic document creation method for input messages that include. The method of claim 3, wherein Upon receiving the file analysis request message, Parse all words in the input message description method (IMD) file, separate the content data of all input message description method (IMD) files into tokens that are meaningful words, and perform semantic analysis on each token. 6 steps; It determines whether there is an error in the file analysis result for the input message description method (IMD) file, and if it is an error, performs file analysis result failure processing. If there is no error, the virtual metadata is stored in the hard disk of the personal computer. A seventh step of storing the file as a file on the disk and performing a file analysis result success process; And An eighth step of determining whether the data file analysis is successful, outputting the file analysis success result to the user if the data file analysis is successful, and outputting the result of the file analysis failure to the user if the data file analysis is successful; Automatic document creation method for input messages that include. The method of claim 3, wherein Upon receiving the help creation request message, A sixth step of determining whether virtual metadata for a corresponding input message description method (IMD) file exists when a help writing procedure is started; A seventh step of determining whether the data is changed by receiving data from the user or not, if the existing virtual metadata exists as the determination result of the sixth step; An eighth step of creating a Rich Text Format (RTF) file if it is not necessary to change the existing virtual metadata as a result of the determination of the seventh step; A ninth step of performing a file analysis procedure if there is no existing virtual metadata as a result of the determination of the sixth step; A tenth step of performing a file analysis procedure of the ninth step if the change of the existing virtual metadata is necessary as a result of the determination of the seventh step; An eleventh step of determining an analysis result after performing a file analysis procedure, performing an error in generating a help result if there is an error in the analysis result, and creating a rich text format (RTF) file if there is no error; After creating the Rich Text Format (RTF) files of the eighth and eleventh stages, a Help ID (HID) is assigned and a Rich Text Format (RTF) file is compiled using a commercial help compiler (eg, WinHelp) and compiled. A twelfth step of determining whether there is an error in the result; A thirteenth step of performing a help creation result failure process if there is an error as a result of the determination of the twelfth step; And Step 14 of judging whether the help data creation is successful and outputting the help data creation success result to the user if it is successful, and outputting the help data creation failure result to the user if the operation is successful. Automatic document creation method for input messages that include. The method of claim 7, wherein The ninth step, Parse all words in the input message description method (IMD) file, separate the content data of all input message description method (IMD) files into tokens that are meaningful words, and perform semantic analysis on each token. Step 15; And It determines whether there is an error in the file analysis result for the input message description method (IMD) file, and if it is an error, performs file analysis result failure processing. If there is no error, the virtual metadata is stored in the hard disk of the personal computer. The sixteenth step of storing as a file on disk and performing file analysis result success processing Automatic document creation method for input messages that include. The method of claim 3, wherein Upon receiving the manual output request message, A sixth step of determining whether virtual metadata for an input message description method (IMD) file exists; A seventh step of determining whether the data is changed by receiving data from the user or not, if the existing virtual metadata exists as the determination result of the sixth step; An eighth step of receiving a print output form to be output from a user if the existing virtual metadata is not required to be changed as a result of the determination of the seventh step; A ninth step of performing a file analysis procedure if there is no existing virtual metadata as a result of the determination of the sixth step; A tenth step of performing the file analysis procedure of the ninth step if the existing virtual metadata needs to be changed as a result of the determination of the sixth step; An eleventh step of determining an analysis result after performing a file analysis procedure, performing a manual output result failure process if there is an error in the analysis result, and receiving a print output form to be output from the user if there is no error; A twelfth step of generating hard copy output by generating control data for the printer in accordance with the received output form, transmitting the data to the printer, and determining whether there is an error in the output result; A thirteenth step of performing a manual output result failure process if there is an error and a manual output result success process if there is an error as the determination result of the twelfth step; And Fourteenth step of judging whether the manual output is successful, and outputting the manual output success result to the user if successful, and outputting the manual output failure result to the user Automatic document creation method for input messages that include. The method of claim 9, The ninth step, Parse all words in the input message description method (IMD) file, separate the content data of all input message description method (IMD) files into tokens that are meaningful words, and perform semantic analysis on each token. Step 15; And It determines whether there is an error in the file analysis result for the input message description method (IMD) file, and if it is an error, performs file analysis result failure processing. If there is no error, the virtual metadata is stored in the hard disk of the personal computer. The sixteenth step of storing as a file on disk and performing file analysis result success processing Automatic document creation method for input messages that include. The method of claim 3, wherein Upon receiving the program termination request message, Releases the buffer memory, determines whether it is connected to the server, requests a server disconnect request from the server if connected to the server, disconnects from the server, and terminates if not connected to the server. How to automate document creation for input messages. In the intelligent information providing system equipped with a processor, A first function of the user matching unit establishing a connection establishment environment between the user and the server; A second function of semantic analysis and parsing of a system input command message (imd file) written by a developer input through a network matching unit based on an input message description method (IMD) in a file analyzer; A third function of generating document creation data (virtual metadata) based on the semantic analysis and syntax analysis results; A fourth function of creating an online help file on a computer (PC) using the document creation data (virtual meta data); And A fifth function of printing out a hard copy user manual using the document creation data (virtual metadata) A computer-readable recording medium having recorded thereon a program for realizing this.