JP2011164999A - Method, server and program for creation of document - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method, server and program for document creation, capable of greatly reducing the quantity of work of an operator by automatically adding, in uploading of many files, attribute information to be given to each file thereto. <P>SOLUTION: A fixed rule is provided for file names, and processing for generating attribute information by interpreting the rule is given to a web server side to eliminate the need for manual selection of attribute information for each file in one-by-one loading of files as in the past. According to this arrangement, a plurality of files can be collectively uploaded without the labor hour of troublesome input of attribute information, thereby the quantity of input work is greatly reduced. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a document creation method, a document creation server, and a document creation program.
More specifically, the present invention relates to a web server that can upload predetermined attribute information to a plurality of files with less effort.

In general, when uploading a file using cgi (Common Gateway Interface) on a web server, cgi has a field for entering a description of the file in addition to entering the full name of the file to be uploaded. It is customary. When a person other than the person who uploaded the uploaded file downloads it, it is necessary to determine what the uploaded files are and what they are. It is.
Patent Document 1 shows a document considered to be related to the present invention.

JP 2006-260197 A

If the number of files to be uploaded is small, such as one or two, the amount of work for inputting explanations and the like is small, so the burden on the amount of work for the person who operates the client is light. However, if the number of files to be uploaded must be uploaded in batches of four, five, or more, the amount of work for the person who operates the client becomes enormous.
An example of a case where such a situation is assumed is a printer driver.
The printer driver needs to be created for each OS and each language every time a function is added or a bug fix is made. Here, the language refers to natural languages such as Japanese, English, French and German. If there is a common version upgrade or bug fix for a function that is commonly installed in the printer driver of multiple printers, the multiple printers must be upgraded at the same time. . In that case, the number of files to be uploaded becomes enormous, and it is easy to imagine that the amount of work will become extremely heavy if it becomes necessary to enter an explanatory note by hand for each uploaded file. .
There is a method of omitting the input of the explanatory text, for example, predetermining the language supported by the printer driver and selecting it with a pull-down menu, etc., but this also requires the manual operation of “selecting”. Does not contribute to reducing the amount of work.

  The present invention solves such a problem, and automatically uploads attribute information assigned to each file when uploading a large number of files, thereby greatly reducing the amount of work for an operator, a document creation method, and a document An object is to provide a creation server and a document creation program.

  In order to solve the above problems, a document creation method of the present invention includes a file name receiving step for receiving a plurality of file names from a client, and a first pattern for executing pattern matching between the file name and a first character string A first flag information addition output for adding a predetermined flag information to the first name relating to the first character string and outputting when the pattern matching between the matching execution step and the first character string is successful A first flag information suppression output step for outputting the step without adding flag information to the first name related to the first character string, when pattern matching with the first character string fails; A second pattern matching execution step for performing pattern matching with a second character string different from the first character string in the file name, and pattern matching with the first character string The second flag information addition output step for adding and outputting predetermined flag information to the first name relating to the first character string, and pattern matching with the first character string. In case of failure, a second flag information suppression output step for outputting without adding flag information to the first name relating to the first character string, and a first pattern matching execution for each of a plurality of file names A loop processing step for executing a step, a first flag information addition output step, a first flag information suppression output step, a second pattern matching execution step, a second flag information addition output step, and a second flag information suppression output step As a result of the loop processing step, the first name and the second name, and the first name or the second name are attached to each of the plurality of file names. And a document output step of outputting the document obtained by adding the flag information.

  By setting a certain rule for the file name, interpreting this, and executing the process to generate attribute information, there is no need to input troublesome attribute information, and you can upload multiple files at once. The amount of work is greatly reduced.

  According to the present invention, when a large number of files are uploaded, attribute information assigned to each file is automatically added to greatly reduce the amount of work for an operator, a document creation method, a document creation server, and a document creation Can provide a program.

It is a block diagram which shows the whole image and function of a file transmission system which is an example of embodiment of this invention. An example of a file name and an example of a rule table corresponding to the file name. It is a time chart which shows the flow of processing between a client and a web server. It is a flowchart which shows the flow of the process which determines a language from a file name and produces an html document which file name interpretation cgi performs. It is an example of the html document which file name interpretation cgi produces | generates. It is an example of a screen display when an html document generated by the file name interpretation cgi is read by a web browser and displayed on a display unit. It is an example of a screen display when the html document for download which file reception cgi produced | generated was read with the web browser, and was displayed on the display part. It is a time chart which shows the flow of a process between a client and a web server which unified the process of file name interpretation cgi and file reception cgi.

FIG. 1 is a block diagram showing an overview and functions of a file transmission system, which is an example of an embodiment of the present invention.
The file transmission system 101 is configured by connecting a client 102 and a web server 103 via a network 104.
The client 102 is a well-known personal computer, on which a network OS is installed, and a well-known web browser is running.
The web browser of the client 102 and the network OS constitute an input / output control unit 105. The input / output control unit 105 displays an html (Hyper Text Markup Language) document transmitted from the web server 103 via the network 104 on the display unit 106 that is a display, or the operation unit 107 that is a pointing device such as a keyboard or a mouse. The operation information to be output is converted into a predetermined format such as http (Hyper Text Transfer Protocol) and transmitted to the web server 103 through the network 104.

The web server 103 is a well-known server computer, in which a network OS is installed, and a web server program 108 is running. The web server 103 may be a personal computer.
In response to a request transmitted from the client 102, the web server program 108 transmits a guide html document 109 existing in a nonvolatile storage (not shown), or a file name interpretation cgi (Common Gateway Interface) 110 that can be called a file name interpretation unit. Alternatively, the file reception cgi 111 is executed and the execution result is transmitted.

  The guidance html document 109 is an html text file. This guidance html document 109 contains one of a text box form in which a plurality of file names to be uploaded from the client 102 are entered and a rule table stored in the language discrimination rule database 112 described later. A form of pull-down menu to be selected is formed.

  A form is one of the specifications of html, and starts with "<form ...>" called a form tag and is closed with "</ form>". In an HTML document in which a form is formed, a predetermined parameter is input or selected, and then a transmission button is pressed, and the input or selected parameter is transmitted by the POST method of http.

  With the client 102 displaying the guidance html document 109 on the display unit 106, the user selects a plurality of upload target files stored in the upload file directory 113 provided in the non-volatile storage (not shown). Enter the file name in the text box. Thereafter, when the user operates the operation unit 107 and clicks the “Send” button, the text of the file name and the name of the selected rule table are transmitted to the file name interpretation cgi 110 by the POST method.

  The web server program 108 receives the request for the file name interpretation cgi 110 sent from the client 102, starts the file name interpretation cgi 110, and selects the text of the file name sent from the client 102 by the POST method and the selection. The name of the rule table is passed to the file name interpretation cgi110.

  The file name interpretation cgi 110 is a well-known general cgi that receives predetermined parameters and outputs text. The file name interpretation cgi 110 receives the text of the file name and the name of the selected rule table, reads the corresponding rule table from the language discrimination rule database 112 and performs a predetermined process, and then outputs the text of the html document. . The text (html document) output by the file name interpretation cgi 110 is transmitted to the client 102 through the web server program 108.

  In the html document created by the file name interpretation cgi 110, the file name received from the client 102 is interpreted using the rule table specified by the client 102, and the result of determining the language type for each file name is Formed in a menu form. This html document also has a text box form for transmitting the file entity.

  With the client 102 displaying the html document created by the file name interpretation cgi 110 on the display unit 106, the user can select the upload target stored in the upload file directory 113 provided in the nonvolatile storage (not shown). Select multiple files and enter the file names in the text box. Thereafter, when the user operates the operation unit 107 and clicks the “Send” button, the file name previously described as a form in the html document, the selected language name, and the file entity are displayed in the POST method. It is sent to the file reception cgi 111.

  The web server program 108 receives the request for the file reception cgi 111 transmitted from the client 102, activates the file reception cgi 111, and transmits the file name and the selected language transmitted from the client 102 by the POST method. The name and the file entity are passed to the file reception cgi 111.

  The file reception cgi 111 outputs the file entity to the file storage directory 114, receives the file name text and the selected language name, performs predetermined processing, and outputs the texts of the two html documents. To do. One is an html document indicating completion of reception for transmission to the client 102, and the other is embedded with a link for downloading a file stored in the file storage directory 114 by an arbitrary client 102. Html document 115 for download.

  The text indicating the completion of reception (html document) output from the file reception cgi 111 is transmitted to the client 102 through the web server program 108. On the other hand, the file reception cgi 111 simultaneously creates a download html document 115 at a predetermined location in the nonvolatile storage.

  After the download html document 115 is created, when an arbitrary user accesses the download html document 115, the user clicks a link formed with a tag called "A tag" embedded in the download html document 115. By doing so, a desired file can be downloaded from the file storage directory 114.

FIG. 2 shows an example of a file name and an example of a rule table corresponding to the file name. The rule table is stored in the language determination rule database 112.
2A is an example of the first file name, and FIG. 2B is a first rule table corresponding to the example of the first file name in FIG. 2A. .
The file name in FIG. 2A is an alphabet combination in which the last two characters immediately before the period of the file name indicate the language type. The rule table in FIG. 2B is a well-known regular expression character string for determining which language the input file name corresponds to.

The meaning of the regular expression shown in FIG. The regular expression character string “da \. (Exe | zip | hqx) $” is divided into “da”, “\.”, “(Exe | zip | hqx)”, and “$”.
First, “da” means that the character string “da” itself matches (matches).
Next, “\.” Is a special character “.” (Period) indicating an arbitrary character, and “\” (yen mark or backslash) to cancel the meaning of the special character and match the character itself. Is prefixed to match the period itself.
Next, “(exe | zip | hqx)” means grouping the character strings enclosed in parentheses “(” and “)” and “|” (vertical line or pipeline) ) Means to combine multiple character strings with the or condition. That is, it means that it matches one of the character strings “exe”, “zip”, or “hqx”.
Finally, “$” (dollar) is a special character of regular expression, which means it matches the end of the string.

In other words, the regular expression string “da \. (Exe | zip | hqx) $” has the string “da” in the first two characters before the extension at the end of the file name. ", It will match.
The file name interpretation cgi 110 uses a regular expression library function (not shown) to perform pattern matching as to whether the input file name matches the regular expression character string described above.

  In the rule table, the first field is the name of the language type ("Language type name" field), the second field is the regular expression character string ("File name pattern" field), and can be said to be an identifier field. The third field is a parameter name (“VALUE” field) of a language type used when creating an html document. If the rule table is composed of plain text files, the field separator is preferably not confused with the regular expression string. For example, a non-display control character such as a tab, “¥ 034” used as the default value of the sub-separator (SUBSEP) in the well-known simple language AWK, or NULL used in the C language or the like can be considered.

FIG. 2C is an example of the second file name, and FIG. 2D is a second rule table corresponding to the example of the second file name in FIG. .
The file name in FIG. 2C is a combination of alphabets in which the first two characters of the file name indicate the language type. The rule table in FIG. 2D is also a well-known regular expression character string similar to that in FIG.

The meaning of the regular expression shown in FIG. The regular expression character string “^ da” is divided into “^” and “da”.
First, “^” (caret) is a special character of regular expression, which means it matches the beginning of the string.
Next, “da” means that the character string “da” itself matches (matches).

  That is, the regular expression character string “^ da” is matched when “the character string“ da ”exists from the beginning of the file name”.

FIG. 3 is a time chart showing the flow of processing between the client 102 and the web server 103.
The input / output control unit 105 of the client 102 receives the operation information output from the operation unit 107 when the user operates the operation unit 107 and requests the web server 103 to transmit the guidance html document 109 ( S301).
When the web server program 108 receives the request transmitted from the client 102 (S302), it transmits a guidance html document 109 (S303).
When receiving the guidance html document 109, the input / output control unit 105 displays it on the display unit 106 (S304).

  In a state where the guide html document 109 is displayed on the display unit 106 of the client 102, the user selects a plurality of files to be uploaded stored in the upload file directory 113, and enters the file names in the text boxes. Thereafter, when the user operates the operation unit 107 and clicks the “Send” button, the text of the file name and the name of the selected rule table are transmitted to the file name interpretation cgi 110 by the POST method (S305). .

When the web server program 108 receives the request for the file name interpretation cgi 110 sent from the client 102, the web server program 108 activates the file name interpretation cgi 110 and selects the text of the file name sent from the client 102 by the POST method and the selection. The rule table name thus passed is passed to the file name interpretation cgi 110 (S306).
The file name interpretation cgi 110 receives the text of the file name and the name of the selected rule table, performs a predetermined process, and outputs the text of the html document. The text (html document) output by the file name interpretation cgi 110 is transmitted to the client 102 through the web server program 108 (S307).
When receiving the html document created by the file name interpretation cgi 110, the input / output control unit 105 displays it on the display unit 106 (S308).

  While the html document created by the file name interpretation cgi 110 is displayed on the display unit 106 of the client 102, the user selects a plurality of files to be uploaded stored in the upload file directory 113, and enters the text box. Enter the file name. Thereafter, when the user operates the operation unit 107 and clicks the “confirm” button, the file name previously described as a form in the html document, the selected language name (value of the “VALUE” field), the file Is transmitted to the file reception cgi 111 by the POST method (S309).

  When the web server program 108 receives the request for the file reception cgi 111 transmitted from the client 102, the web server program 108 activates the file reception cgi 111 and sends the file name and the selected language transmitted from the client 102 by the POST method. The name and the file entity are passed to the file reception cgi 111 (S310).

  The file reception cgi 111 outputs the file entity to the file storage directory 114, receives the file name text and the selected language name, performs predetermined processing, and outputs the texts of the two html documents. To do. One is an html document indicating completion of reception for transmission to the client 102, and the other is embedded with a link for downloading a file stored in the file storage directory 114 by an arbitrary client 102. Html document 115 for download.

The text indicating the completion of reception (html document) output by the file reception cgi 111 is transmitted to the client 102 through the web server program 108 (S311).
Upon receiving the html document created by the file reception cgi 111, the input / output control unit 105 displays the html document on the display unit 106 (S312).
In step S311, the file reception cgi 111 creates a text (html document) indicating the completion of reception and transmits it to the client 102, and at the same time creates a download html document 115 in a predetermined location in the nonvolatile storage (S313). .

FIG. 4 is a flowchart showing a flow of processing executed by the file name interpretation cgi 110 to determine a language from a file name and create an html document. This corresponds to the content of step S307 in FIG.
When activated through the web server program 108 (S401), the file name interpretation cgi 110 first creates the upper part of the html document and outputs it to the client 102 through the web server program 108 (S402).
Next, the file name interpretation cgi 110 pays attention to the first file name in the array of file names delivered as an array variable from the web server program 108 (S403).

Subsequent processing is loop processing.
First, the file name interpretation cgi 110 creates the first part forming the form in the html document and outputs it to the client 102 through the web server program 108 (S404).
Next, the file name interpretation cgi 110 reads the rule table that is delivered from the web server program 108 and matches the name of the rule table selected by the user from the language determination rule database 112, and displays “file” in the first record of the rule table. Attention is focused on the first rule (regular expression character string) written in the “name pattern” field (S405).

Next, the file name interpretation cgi 110 reads a rule (regular expression character string) described in the record of the currently focused rule table using a regular expression library (not shown) and matches the currently focused file name. It is determined whether or not (S406).
If the file name matches the rule, the language name written in the “language type name” field of the currently focused rule table and the parameter name written in the “VALUE” field are read, and “SELECTED” is read. An “OPTION” tag with a character string is output (S407). Specifically, for example, tags are output as follows.
"<OPTION VALUE =" da "SELECTED> Dansk </ OPTION>"

  This “SELECTED” character string is a character string attached to an item selected by default in a pull-down menu form. In the present embodiment, it is also flag information indicating that it is determined that the file name input from the client 102 corresponds to the language.

At the time of step S406, if the file name does not match the rule, it is written in the language name written in the “language type name” field of the currently focused rule table and in the “VALUE” field. The parameter name is read, and an “OPTION” tag without a “SELECTED” character string is output (S408). Specifically, for example, tags are output as follows.
"<OPTION VALUE =" da "> Dansk </ OPTION>"

After step S407 or S408, the file name interpretation cgi 110 checks whether or not the rule table record currently focused on is the last record (S409). If it is not yet the last record (NO in S409), the file name interpretation cgi 110 advances the record currently focused on in the rule table to the next record (S410), and repeats the process from step S406 again.
If the last record is reached in step S409 (YES in S409), the file name interpretation cgi 110 creates the last part forming the form corresponding to step S404, and outputs it to the client 102 through the web server program 108. (S411).

  After step S411, the file name interpretation cgi 110 checks whether or not the file name in the currently focused array variable is the last element of the array variable (S412). If it is not yet the last element (NO in S412), the file name interpretation cgi 110 advances the element currently focused on in the array variable to the next element (S413), and repeats the process from step S404 again.

  If the last element has been reached in step S412, (YES in S412), the file name interpretation cgi110 creates the latter part of the html document corresponding to step S402, and outputs it to the client 102 through the web server program 108 ( S414), a series of processing ends (S415).

FIG. 5 is an example of an html document generated by the file name interpretation cgi110. In FIG. 5, in the html document, the part output by the corresponding step of FIG. 4 is clearly shown. However, it should be noted that in FIG. 5, the text box for inputting the file name is omitted because of the drawing.
FIGS. 6A, 6 </ b> B, and 6 </ b> C are examples of screen displays when an html document generated by the file name interpretation cgi 110 is read by a web browser and displayed on the display unit 106.

  The html document shown in FIG. 5 is displayed as shown in FIG. When the pull-down menu is clicked, the screens are displayed as shown in FIGS. 6B and 6C, respectively. The portion in which the character color is inverted is the result of being output with the “SELECTED” character string in step S407 of FIG.

  After confirming the contents of the html document displayed as shown in FIG. 6, the user enters a plurality of file names in a text box separately provided in the html document, as in step S305 of FIG. Click the “Confirm” button. Then, the value of the “VALUE” field to which the “SELECTED” character string is attached is transmitted to the file reception cgi 111 together with the file name.

FIG. 7 is an example of a screen display when the download html document 115 generated by the file reception cgi 111 is read by the web browser and displayed on the display unit 106.
When the file reception cgi 111 receives from the client 102 the file name previously described as a form in the html document, the selected language name (value of the “VALUE” field), and the file entity by the POST method. Then, the rule table in the language discrimination rule database 112 is searched with the value of the “VALUE” field, the value of the “language type name” field is read, and the description of the A tag is constructed with the file name. In this way, an html document is created in which links in which language names and file names are arranged are listed for each file.

  Up to now, when uploading files one by one, the attribute information (in the above embodiment, “language” is applicable) must be selected manually. By providing the web server with processing to generate attribute information by interpreting this, there is no need for troublesome input of attribute information, and a plurality of files can be uploaded at once. Is greatly reduced.

This embodiment can be applied as follows.
(1) The processing of the file name interpretation cgi 110 and the file reception cgi 111 can be integrated. That is, by simply uploading a plurality of files at once, the language can be determined from the file name, and the download html document 115 can be generated.
FIG. 8 is a time chart showing a flow of processing between the client 102 and the web server 103 in which the processing of the file name interpretation cgi 110 and the file reception cgi 111 is integrated.

  In this application example, step S801 corresponds to step S301 in FIG. 3, step S802 corresponds to step S302 in FIG. 3, step S803 corresponds to step S303 in FIG. 3, and step S804 corresponds to step S304 in FIG. In step S804, the guidance html document displayed on the display unit 106 of the client 102 transmits the entity itself of a plurality of files instead of transmitting the text of the file name (S805).

When the file reception cgi receives the file entity and the name of the selected rule table from the client (S806), the received file is stored in the file storage directory 114, and then the file name is extracted and shown in FIG. After performing the same processing as the contents, an html document indicating completion of reception is created and transmitted (S807).
Step S808 corresponds to step S312 of FIG.
The file reception cgi executes step S807 and creates a download html document (S809).

(2) A Java (registered trademark) applet may be used instead of cgi.
(3) Although regular expressions are used in pattern matching, pattern matching is not limited to this, and any technique that can at least partially match character strings can be used.

In the present embodiment, a file transmission system has been disclosed.
Up to now, when uploading files one by one, the attribute information had to be manually selected.In this embodiment, a certain rule is set for the file name, and this is interpreted as attribute information. The web server side has a process to generate. As a result, troublesome input of attribute information is eliminated, and a plurality of files can be uploaded in a lump, which greatly reduces the amount of input work.

  The embodiment of the present invention has been described above. However, the present invention is not limited to the above-described embodiment, and other modifications may be made without departing from the gist of the present invention described in the claims. Includes application examples.

  DESCRIPTION OF SYMBOLS 101 ... File transmission system, 102 ... Client, 103 ... Web server, 104 ... Network, 105 ... Input / output control part, 106 ... Display part, 107 ... Operation part, 108 ... Web server program, 109 ... Guidance html document, 110 ... File name interpretation cgi, 111 ... File reception cgi, 112 ... Language discrimination rule database, 113 ... Upload file directory, 114 ... File storage directory, 115 ... Download html document

Claims (8)

A file name receiving step for receiving a plurality of file names from a client;
A first pattern matching execution step for executing pattern matching with a first character string on the file name;
When pattern matching with the first character string has succeeded, a first flag information addition output step for adding a predetermined flag information to the first name related to the first character string and outputting it,
If pattern matching with the first character string fails, a first flag information suppression output step for outputting the first name related to the first character string without adding the flag information;
A second pattern matching execution step for performing pattern matching with a second character string different from the first character string in the file name;
When pattern matching with the first character string is successful, a second flag information addition output step for adding and outputting predetermined flag information to the first name related to the first character string;
A second flag information suppression output step that outputs the first name related to the first character string without adding the flag information when pattern matching with the first character string fails;
For each of the plurality of file names, the first pattern matching execution step, the first flag information addition output step, the first flag information suppression output step, the second pattern matching execution step, the second flag An information addition output step, a loop processing step for executing the second flag information suppression output step, and
As a result of the loop processing step, for each of the plurality of file names, the first name and the second name, and the flag information attached to either the first name or the second name A document creation method comprising: a document output step of outputting a document to which is added. The first character string and the second character string are pattern matching rules including a character string of two or more characters for determining a language type,
The first name and the second name are character strings indicating language types,
The document creation method according to claim 1, wherein the plurality of file names include a character string of two or more characters. A file receiving step for receiving a plurality of files from a client;
A first pattern matching execution step for performing pattern matching with a first character string on the file names attached to the plurality of files;
When pattern matching with the first character string has succeeded, a first flag information addition output step for adding a predetermined flag information to the first name related to the first character string and outputting it,
If pattern matching with the first character string fails, a first flag information suppression output step for outputting the first name related to the first character string without adding the flag information;
A second pattern matching execution step for performing pattern matching with a second character string different from the first character string in the file name;
When pattern matching with the first character string is successful, a second flag information addition output step for adding and outputting predetermined flag information to the first name related to the first character string;
A second flag information suppression output step that outputs the first name related to the first character string without adding the flag information when pattern matching with the first character string fails;
For each of a plurality of file names attached to the plurality of files, the first pattern matching execution step, the first flag information addition output step, the first flag information suppression output step, the second pattern matching A loop processing step for executing an execution step, the second flag information addition output step, and the second flag information suppression output step;
As a result of the loop processing step, for each of the plurality of file names, the first name and the second name, and the flag information attached to either the first name or the second name A document creation method comprising: a document output step of outputting a document to which is added. The first character string and the second character string are pattern matching rules including a character string of two or more characters for determining a language type,
The first name and the second name are character strings indicating language types,
The document creation method according to claim 3, wherein the plurality of file names include a character string of two or more characters. An attribute information name field for storing names of attribute information to be assigned to a plurality of file names input from a client, and a character string pattern for determining whether or not the file name includes a predetermined character string are stored. A rule table having a file name pattern field and an identifier field in which an identifier for uniquely identifying each record is stored;
The plurality of file names are received from the client, the character string pattern is read from the file name pattern field of each record of the rule table for the plurality of file names, and pattern matching with the character string pattern is performed. When the pattern matching is successful, a predetermined flag information is added to the attribute information name and output, and when the pattern matching is unsuccessful, the predetermined flag information is added to the attribute information name. By repeating the process of outputting without adding, for each of the plurality of file names, the name of the attribute information of all the records in the rule table and the flag information relating to the name of the attribute information for which the pattern matching has been successful A document creation server comprising a file name interpretation unit for outputting an added document. An attribute information name field for storing names of attribute information to be assigned to a plurality of files transmitted from the client, and a character string pattern for determining whether or not the file names of the plurality of files include a predetermined character string A rule table having a file name pattern field in which is stored, and an identifier field in which an identifier for uniquely identifying each record is stored;
Receiving the plurality of files from the client, reading the character string pattern from the file name pattern field of each record of the rule table for the plurality of file names, and performing pattern matching with the character string pattern If the pattern matching is successful, a predetermined flag information is added to the name of the attribute information and output. If the pattern matching is unsuccessful, the predetermined flag information is added to the name of the attribute information. The output process is repeated without adding the attribute information name of all the records in the rule table and the flag information related to the name of the attribute information for which the pattern matching has succeeded for each of the plurality of file names. A document creation server comprising a file name interpretation unit for outputting the document. On the computer,
A file name receiving step for receiving a plurality of file names from a client;
A first pattern matching execution step for executing pattern matching with a first character string on the file name;
If the pattern matching with the first character string is successful, a first attribute information addition output step for adding and outputting predetermined attribute information to the first name related to the first character string;
When pattern matching with the first character string fails, a first attribute information suppression output step for outputting without adding the attribute information to the first name related to the first character string;
A second pattern matching execution step for performing pattern matching with a second character string different from the first character string in the file name;
If the pattern matching with the first character string has succeeded, a second attribute information addition output step for adding and outputting predetermined attribute information to the first name related to the first character string;
If pattern matching with the first character string fails, a second attribute information suppression output step for outputting the first name related to the first character string without adding the attribute information;
For each of the plurality of file names, the first pattern matching execution step, the first attribute information addition output step, the first attribute information suppression output step, the second pattern matching execution step, the second attribute An information addition output step, a loop processing step for executing the second attribute information suppression output step,
As a result of the loop processing step, the attribute information attached to either the first name or the second name and either the first name or the second name for each of the plurality of file names. A document creation program for executing a document output step for outputting a document to which is added. On the computer,
A file receiving step for receiving a plurality of files from a client;
A first pattern matching execution step for performing pattern matching with a first character string on the file names attached to the plurality of files;
When pattern matching with the first character string has succeeded, a first flag information addition output step for adding a predetermined flag information to the first name related to the first character string and outputting it,
If pattern matching with the first character string fails, a first flag information suppression output step for outputting the first name related to the first character string without adding the flag information;
A second pattern matching execution step for performing pattern matching with a second character string different from the first character string in the file name;
When pattern matching with the first character string is successful, a second flag information addition output step for adding and outputting predetermined flag information to the first name related to the first character string;
A second flag information suppression output step that outputs the first name related to the first character string without adding the flag information when pattern matching with the first character string fails;
For each of a plurality of file names attached to the plurality of files, the first pattern matching execution step, the first flag information addition output step, the first flag information suppression output step, the second pattern matching A loop processing step for executing an execution step, the second flag information addition output step, and the second flag information suppression output step;
As a result of the loop processing step, for each of the plurality of file names, the first name and the second name, and the flag information attached to either the first name or the second name A document creation program for executing a document output step for outputting a document to which is added.

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