KR100454282B1 - System for processing contents - Google Patents

Abstract

A content processing system installed remotely, comprising: a content access module for periodically and automatically connecting to a target system having contents accessible from a remote on a network; A content filtering module for parsing, analyzing and displaying content, and storing and importing selected content; A content processing module which opens a stored content, processes the file into a common format, generates a norm, and structures a relationship between elements constituting the generated norm; And a control module for controlling each module to operate in association with each other and providing a screen interface for controlling their operation.

Description

System for processing contents

The present invention relates to a content processing system, and more particularly, to a content processing system that facilitates the transmission, integration, publication, and management of content by processing content existing in a web, file, or database format into a common format. It is about.

Content that exists in a specific location that can be accessed through a network from a remote location has various forms. For example, there may be web content composed of HTML, XML, etc., file contents composed of text, news, email, document file, image file, etc., and database contents.

Since these contents exist in various formats, they need to be processed so that they can be commonly applied to these contents. Conventionally, these various types of contents have been processed using programs by experts to suit user systems or development environments.

However, when applying such a conventional processing system, it has to be analyzed and redesigned in order to process a variety of content, there is a problem that consumes a lot of effort, time and cost.

Accordingly, it is an object of the present invention to provide a content processing system that periodically and automatically extracts contents of various formats accessible on a network and processes them into a common format.

Features and other objects of the present invention will be clearly understood through the embodiments described below.

Figure 1 is a block diagram showing the configuration of the content processing system of the present invention classified by function.

2 to 16 are screen explanatory diagrams illustrating a process of processing content using the content processing system of the present invention.

According to an embodiment of the present invention, a content processing system for accessing a target system having content and receiving and processing desired content, the content processing system comprising: a content access module periodically connecting to a location where content in the target system exists; A content filtering module for analyzing existing content and retrieving and storing selected content; A content processing module which opens the stored content, processes the content into a common format, and structures a relationship between elements constituting the processed common format; A management module for controlling the number of threads and an operation time of each module, and controlling the operation of each module related to each norm; A log module for collecting and analyzing normal data and error data according to the operation of each module; And a control module for controlling each module to operate in association with each other and providing a screen interface for controlling their operation.

The content includes web content, file content and database content.

According to another embodiment of the present invention, there is provided a content processing system installed remotely, comprising: a content access module for periodically and automatically connecting to a target system having contents accessible from a remote on a network; A content filtering module for parsing, analyzing and displaying content, and storing and importing selected content; A content processing module which opens a stored content, processes the file into a common format, generates a norm, and structures a relationship between elements constituting the generated norm; A management module for controlling the number of threads and an operation time of each module, and controlling the operation of each module related to each norm; A log module for collecting and analyzing normal data and error data according to the operation of each module; And a control module for controlling each module to operate in association with each other and providing a screen interface for controlling their operation.

Preferably, the norm consists of a send norm consisting of entities coming from the target system and a receive norm consisting of entities for storing data from the send norms, the relationship between the elements being It is set to match and condition filtering between the entities of the send norm and the entities of the receive norm.

Preferably, the norm may be created in the form of a file.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention.

Figure 1 is a block diagram showing the configuration of the content processing system of the present invention classified by function. For convenience of description, the content processing system of the present invention is assumed to be connected to a system having contents located at a remote location and via a network.

The content access module 110 periodically connects to a location where the content of the corresponding system exists. Contents applied to the present invention can be largely classified into web content, file content, and database content.

Web content is provided through a web browser in the form of HTML, XML, WML, etc., the file content may have the form of a multimedia file, text, document file, image file, email.

When the content filtering module 120 accesses the corresponding system through the content access module 110, the content filtering module 120 analyzes the existing content and stores the selected content.

Various contents may exist at selected locations of the system, and the content filtering module 120 parses and analyzes the contents and divides the contents into, for example, window blocks, and the user may select contents of the desired window block among them. Choose.

The selected content is remotely transmitted from the system and stored in the appropriate content storage medium 160, and may be stored in various forms including a file.

The content processing module 130 opens a content stored in the content storage medium 160, processes the content into a required form, generates a norm file, and structures relationships between elements in the norm file.

The management module 140 controls the number of threads and the operation time of each module, and controls the operation of each module corresponding to each norm file.

The log module 150 collects and analyzes normal data and error data according to the operation of each module. That is, it shows the operation time according to each corresponding gnome file, the total number of collected data, the number of database inserts according to the condition and classification as a normal log, and when an error occurs, the error occurrence time, error occurrence location, error cause, norm By stopping the processing of the file and listing the error data, the administrator can modify and change the collection target.

In addition, the control module 100 controls each module to operate in association with each other and provides a screen interface for controlling their operation.

The processing system of the present invention can be configured based on the browser to work regardless of location, can easily be combined with other solutions, and can be operated independently of the OS and platform by building on the basis of Java (JAVA). have.

Hereinafter, a method of importing and processing content through online from a remote will be described in detail. Norm, which is defined for convenience of explanation, is a standard for distributing contents, and is stored in XML format to maximize distribution convenience and uses encryption through a 128-bit encryption algorithm. The norm can exist in many forms, including files, and are described here based on file types.

Referring to FIG. 2, the control module 100 provides a screen such as a explorer of Windows (trade name) as an interface for processing a norm file, and includes an icon area 10, a menu area 20, and an editing area for processing. Provide 20.

Referring to FIG. 3, the category 22, the norm 24, and the element 26 are hierarchically displayed in the menu area 20. For example, "SPC News" is a category, and under this category, "Digital Times", "Absolute NEWS", etc. are included, and "Digital Times" and "Digital Times-Title" and "Digital Times" are included. Times-Content "consists of elements.

An event such as changing a category name, viewing registration information of a category, adding a person into a category, and the like can be configured to perform a mouse operation, for example, by right-clicking on the category. Similarly, changing or deleting the name of a norm, viewing property information, adding elements, etc. can also be performed by mouse operation.

If you want to add a norm file, as described above, if you select the category and select the addition of the norm file, a window as shown in Figure 4 is displayed. To add a norm file, you must first define the nature of the norm file, which is divided into a send norm corresponding to an input and a receive norm corresponding to an output. In this case, it is assumed that a send norm file receives data from an external source.

Referring to FIG. 4, the basic information of the generated norm file and the information of the creator (administrator) are input to promptly connect a target that can be solved when a problem occurs later.

Specifically, "Norm Description" describes the basic information of the norm file, and the author information is automatically filled in through account registration and approval and can be modified. The character of the norm file is defined in "Norm Flag", and as described above, it is defined as "Send" because it corresponds to an input.

In this way, a norm file is created, inputs element information constituting the norm file, and retrieves data constituting the actual element. That is, referring to FIG. 5, a type, a title, and a description of an element are input and a type of content (data) to be loaded is designated. In this case, the title of the element is "Digital Times-Title".

The type of the element is divided into "input" and "output", where "input" is selected when importing data and "output" when selecting data. The title and summary give an overview of the data to be included in the element and can be used as searcher keywords. Also, "World Wide Web", "Database", and "Text File" may be selected according to the type of data to be loaded.

After inputting basic information of element like this, input destination information to get desired data.

In FIG. 6, when the "Targeting" button is selected and a new input window as shown in FIG. 7 is displayed, a target URL, for example, "http://www.dt.co.kr/allgisa.html" is inputted and the "Page" is displayed. View "button is accessed by the content access module 110, the content is displayed in the browser window.

In this state, when the "analysis window" button is pressed, the content of the target site is parsed and analyzed by the content filtering module 120, and each content is displayed in units of window blocks. The user selects the contents of the desired window block among them. The window block including the content may be enlarged or reduced. When the window block is selected, the content of the window block selected in the browsing frame of FIG. 6 is parsed again as shown in FIG. 8. At this time, the selected content is retrieved from the site and temporarily stored in the remote content storage medium 160.

The content parsed and loaded by the content filtering module 120 is handled by various event operations by the content processing module 130 and processed into a desired form.

Referring to FIG. 9, the "view original" button shows the original content that was initially parsed while processing the content, and can be compared with the actually manipulated content, and the "initialize" button may have accidentally erased the content. If manipulated undesirably, the content is returned to its original state. In addition, "Row Deliminator" splits the content block by lines, "Column Deliminator" splits the content split by lines into columns, and deletes lines below or above a specific line. You can also arrange the rows and columns in reverse. In addition, functions such as "Column Separator" and "Column Deletion" can be set. The functions set here are merely examples and it is natural that other functions for processing content may be added.

As shown in FIG. 9, when the columns (column0, column1, column2) to be processed are selected, a screen as shown in FIG. 10 is displayed and information about the entities (entity0, entity1, entity2) corresponding to the columns is input. For example, "Name" refers to the title of each entity, "Type" refers to the type of the entity, such as URL, string, etc., and "Length" refers to the length of the corresponding entity is limited. In addition, the check boxes "Null" and "Overlap" respectively mean that a column in which an empty string is present is deleted and a line below is deleted among duplicated lines. In addition, "Positive Keyword" and "Negative Keyword" respectively define keywords in which only a line in which a keyword entered in a corresponding column exists or is deleted. When you press the "Preview" button, the machining results are displayed according to the configured entity information.

11 shows a screen immediately before the completion of element creation by entering "link", "title" and "date" as the entity.

In this way, when the setting for the element "Digital Times-Title" is completed, the element related to the contents linked to the "Title" entity among the entities constituting the element is added.

As shown in Fig. 12, when selecting an element from the "Digital Times" norm file with a mouse operation, a window as shown in Fig. 13 is created and the "Digital Times-Title" already created using the "View Original" button is created. Selecting a line of any of the "link" entities that make up the element displays the content related to the lower frame of the window. At this time, two elements are generated as shown in FIG. 14 by proceeding to the next step without manipulation of the displayed contents.

In this way, after creating a send norm file with two elements, a Receive norm file is created through the same process. Of course, a Receive norm file that defines the data stored in the database can have a different entity than the Send norm file, thus establishing a relationship between the entities of the elements that make up the Send norm file and the entities that make up the Receive norm file. Should be.

As shown in Fig. 14, when the "Edit Object" menu is selected, entities of the elements constituting the finally sent Send file and the Receive norm file are displayed to face each other. In other words, the entity 32 corresponds to a send norm file and is an entity imported from the target, and the entity 34 corresponds to a receive norm file and refers to an entity for finally storing data obtained from the send norm file in a database. . In Fig. 14, entities 32 of "link", "title", and "date" corresponding to a send norm file are displayed on the left side, and "title", "link", "content", and "corresponding to a receive norm file are shown on the left side. The entities 34 of the "target site name" and "target information date" are displayed.

When the entities are displayed in this way, the menu of "Edit Relationship" is selected to set the relationship between the entities as a line and a function as shown in FIG. Here the line points to the Receive norm file that matches the Send norm file, and the function defines the sort of filtering that passes from the Send norm file to the Receive norm file.

If you set and save the relationship between entities in this way, the relationship is added to the send norm file and saved.

In the above example, a method of processing based on web content has been described, but the same applies to file content or database content.

When the norm file is generated in this way, the management module 140 controls the number of threads and the operation time of each module, and controls the operation of each module corresponding to each norm file. That is, as shown in Figure 16, the overall operating state of the norm, for example, "classified", "stop", or shows the state of the unregistered or the like.

In addition, the log module 150 collects and analyzes normal data and error data according to the operation of each module. That is, it shows the operation time according to each corresponding gnome file, the total number of collected data, the number of database inserts according to the condition and classification as a normal log, and when an error occurs, the error occurrence time, error occurrence location, error cause, norm By stopping the processing of the file and listing the error data, the administrator can modify and change the collection target.

As described above, according to the present invention, various contents scattered on a network can be processed quickly and automatically only desired data in a common format, a norm.

In addition, the processing system can be configured based on the browser so that the user can work regardless of the location, and the extensibility can be improved by applying XML to the norm.

In addition, by securing the standard of content processing, it is possible to activate the content market, induce quick transactions, and secure the reliability of the content through the authentication of Nom.

Claims (8)

In the content processing system for receiving and processing the desired content by connecting to the target system having the content, A content access module that periodically connects to a location where content exists in the target system; A content filtering module that analyzes the existing content and retrieves and stores selected content; A content processing module which opens the stored content and processes the data into a common format and structures relationships between elements constituting the processed common format; A management module for controlling the number of threads and an operation time of each module; A log module for collecting and analyzing normal data and error data according to the operation of each module; And And a control module for controlling each module to operate in association with each other and providing a screen interface for controlling their operation. delete delete The content processing system of claim 1, wherein the content includes web content, file content, and database content. In the content processing system to be installed remotely, A content access module for periodically and automatically connecting to a target system having content accessible from the remote on a network; A content filtering module for parsing, analyzing and displaying the content, and importing and storing the selected content; A content processing module that opens and processes the stored content to generate a norm of a common format, and structure a relationship between elements constituting the generated norm; A management module for controlling the number of threads and an operation time of each module, and controlling the operation of each module related to each norm; A log module for collecting and analyzing normal data and error data according to the operation of each module; And And a control module for controlling each module to operate in association with each other and providing a screen interface for controlling their operation. 6. The device of claim 5, wherein the norm comprises a send norm consisting of entities imported from the target system and a receive norm comprising entities for storing data retrieved from the send norm file. , The relationship between the elements is set by matching and condition filtering between the entities of the send norm and the entities of the receive norm. delete 6. The content processing system according to claim 5, wherein the norm is generated in the form of a file.