KR101390892B1 - Dynamic item management system for decive with multi-version protocal using srs and method thereof - Google Patents

Abstract

The present invention relates to a dynamic item management system of multi-version protocols and method thereof. More specifically, the dynamic item management system using a service reference server (SRS) and the method thereof relate to an apparatus including multi-version protocols which allows dynamic binding to dynamically transmit data according to the type of the data to be transmitted and the network environment when the configuration elements are transmitting data in a remote multimedia system using the SRS for the data collection, parsing, and historization of databases performed between the multi-version protocols.

Description

TECHNICAL FIELD [0001] The present invention relates to a dynamic item management system using SRS for a device having a multi-version protocol, and a dynamic item management system using SRS for a device having a multi-

The present invention relates to a dynamic item management system and method for multiple version protocols, and more particularly, to a dynamic item management system and method for multiple version protocols, When each component transmits data in a multimedia remote system using a reference server (hereinafter, referred to as "SRS"), the data can be dynamically transmitted according to the network environment and the type of data to be transmitted The present invention relates to a dynamic item management system using SRS for a device having a multi-version protocol that enables dynamic binding, and a method thereof.

Recently, with the rapid development of the technology in the field of information and communication, the utilization of the Internet has become commonplace, and as a result of such a widespread use of the Internet, a large number of Internet websites are widely opened, The importance of web operating systems is also increasing.

This trend has been realized in a variety of forms in various fields from the private sector to the corporate sector and government as well as the various services and business fields through the web based on the advancement of the IT infrastructure beyond the popularization of the Internet use.

In the era of Web 1.0, the stable performance of software was given priority, but the importance of user interface (UI) is emphasized because it emphasizes the convenience of users with the advent of the Web 2.0 era It is becoming a concern of colostrum.

Accordingly, there is a need for an integrated control technology for data transmitted over various protocols such as network data, that is, HTTP, TCP, UDP, and FILE, depending on the increasingly diverse communication environments.

Korean Patent No. 10-0332066 is known as a related patent. As shown in FIG. 1, the prior art discloses a method for selecting a transmission protocol for dynamic binding of multimedia contents such as audio, video, mail, chat, and white boat in a multimedia remote education system using a mutual participation type multimedia application development environment (CANVAS) An apparatus comprising: data analysis means (11) for analyzing attributes of data transmitted from an apparatus for managing multimedia contents; A network analysis means (12) for analyzing the current state of the network and the other party's network; Protocol selecting means (13) for selecting a transmission protocol suitable for a situation based on attributes of data analyzed through the data analyzing means (11) and a current network state transmitted through the network analyzing means (12); Port generating means (14) for generating a port number to be used by the protocol selected by the protocol selecting means (13); Segment transmitting / receiving means (15) for transmitting / receiving a segment with the port number generated through the port generating means (14); And segment analyzing means (16) for analyzing the segment received by the segment transmitting and receiving means (15) and transmitting the analyzed segment to the apparatus for managing the multimedia contents. According to an aspect of the present invention, And dynamically binds the data to secure efficiency and reliability of data transmission. However, there is a limitation in data transmission between various protocols applicable to various communication environments.

1. Korean Patent No. 10-0332066 entitled " Device and method for selecting a transmission protocol for dynamic binding "(Registered on Mar. 27, 2002)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above problems, and it is an object of the present invention to provide a system and method for managing UI display items by protocol version using SRS, And to provide a dynamic item management system using the SRS for a device having a plurality of version protocols which enables a system to be reused without upgrading.

A dynamic item management system using an SRS for an apparatus having a multi-version protocol according to the present invention comprises: a plurality of receivers connected to an external apparatus for receiving data from the external apparatus; A receiver for a receiver connected to the plurality of receivers for collecting data received at the plurality of receivers; An analyzer connected to the receiver manager for analyzing data collected through the receiver manager; A DAO (DAO) connected to the analyzer for inputting analyzed data through the analyzer or fetching data from the DB; A DB for storing data input through the DAO; A parser connected to the analyzer for parsing the analyzed data through the analyzer; A data mapper connected to the parser and connected to the SRS to receive a list of item information for each protocol created in the SRS and to receive individual items and to map the parsed value from the parser; A UI binder connected to the data mapper for binding the individual items mapped by the data mapper and the parsed values of the mapped individual items on the screen display unit; A screen display unit for displaying an item bound to the screen display unit and a value for the bound item; And an SRS for receiving protocol-specific item information and constructing a list and creating individual items, wherein the parser is composed of a byte parser and a string parser, Parses the data other than the string format analyzed through the string parser into byte string data, and the string parser parses data of the character string format fetched from the DB by the DAO.

In addition, a dynamic item management method using an SRS for a device having a multiple version protocol according to the present invention includes: receiving data from an external device through each receiver (S301); (S302) in which the data received in the step S301 is collected through the manager for the receiver; A step S303 of analyzing the data collected in the step S302 through the analyzer; A step (S304) of determining whether the analyzed data in the step (S303) is parsed through a byte parser; If the analyzed data in step S304 is not parsed into a byte parser, the analyzed data is generated as DB input information through DAO (S305); (S306) storing analyzed data generated as DB input information in the DB in step S305; If the parsed data in step S304 is parsed into the byte parser, parsing the extracted data into protocol-specific data (S307); A step S308 of configuring a data map for protocol-specific data parsed in the step through a data mapper; The data of the data map configured in the step S308 is bound through the UI binder (S309); And displaying the data bound in the step S309 through the screen display unit (S310).

In addition, the dynamic item management method using SRS for a device having a multiple version protocol according to the present invention may include a step (S401) of extracting the analyzed data stored in the DB from the DB through the DAO in step S306; Parsing the data fetched in step S401 into protocol-specific data through a string parser (S402); A step S403 of configuring a data map for protocol-specific data parsed in the step S402 through a data mapper; The data of the data map configured in the step S403 is bound through the UI binder (S404); And a step (S405) of displaying the data bound in the step (S404) through a screen display unit, wherein the byte parser parses data other than the character string format analyzed through the analyzer into byte array data, And the string parser parses the data of the character string format fetched from the DB by the DAO.

As described above, the dynamic item management system using the SRS for a device having a multi-version protocol according to the present invention and the method thereof can manage UI items for each protocol version from the SRS, It is advantageous that the system can be reused by receiving / managing the items.

In addition, there is an advantage that a new protocol version can be added and a change of an existing protocol item can be flexibly coped with by dynamically managing data items of monitoring items by using a data mapper and dynamically binding data to UI display items per protocol version.

In addition, the parser for the protocol version is used as two source types to unify the data collection / history inquiry, and it is possible to unify the data calculation logic in the data history inquiry.

In addition, since the data other than the common items according to the protocol version are hysterized into the raw data in the form of a string, there is an advantage that a device of a new protocol version can be added without changing the structure of the DB when adding a device of a new protocol version have.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory diagram of an apparatus and method for selecting a transmission protocol for conventional dynamic binding; FIG.
FIG. 2 is a schematic block diagram of a dynamic item management system using an SRS for a device having a multiple version protocol according to the present invention; FIG.
FIG. 3 is a flowchart of a method for receiving data, history and screen binding among dynamic item management methods using SRS for a device having a multi-version protocol according to the present invention.
4 is a flowchart of a data history inquiry and a screen binding method among dynamic item management methods using SRS for a device having a multiple version protocol according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a dynamic item management system using an SRS for a device having a multiple version protocol according to the present invention and a method thereof will be described in detail with reference to the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions of the present invention, and they may vary depending on the intentions or customs of the client, the operator, the user, and the like. Therefore, the definition should be based on the contents throughout this specification.

Like numbers refer to like elements throughout the drawings.

FIG. 2 is a schematic block diagram of a dynamic item management system using an SRS for a device having a multiple version protocol according to the present invention. FIG. 3 is a schematic block diagram of a dynamic item management system using SRS for a device having a multi- FIG. 4 is a flowchart of a data history inquiry and a screen binding method among dynamic item management methods using SRS for a device having a multi-version protocol according to the present invention .

2, the dynamic item management system using SRS for a device having a multiple version protocol according to the present invention includes a plurality of receivers 20-1, 20-2, and 20-3, A DB 23, a parser 25, a data mapper 23, a data mapper 23, a data mapper 23, 26, a UI binder 27, a screen display unit 28, and an SRS (Service Reference Server) 29.

Here, the plurality of receivers 20-1, 20-2, and 20-3 are connected to an external device (not shown) to receive data from the external device.

The manager for the receiver 21 is connected to the plurality of receivers 20-1, 20-2 and 20-3 to receive data from the receivers 20-1, 20-2 and 20-3 Lt; / RTI >

The analyzer 22 is connected to the manager 21 for the receiver and analyzes the collected data through the manager 21 for the receiver. The analyzer 22 analyzes the data of the character string in the DAO 23 to be input and stored in the DB 24.

The DAO 23 is connected to the analyzer 22 to input data analyzed by the analyzer 22 to the DB 24 or to extract data from the DB 24.

The parser 25 is connected to the analyzer 22 and parses the analyzed data through the analyzer 22 into protocol-specific data in a predetermined protocol. The parser 25 is composed of a byte parser 25-1 and a string parser 25-2 and the byte parser 25-1 performs analysis using the analyzer 22, Parsed into byte array data and delivered to the data mapper 26 for real-time screening, and the string parser 25-2 is fetched from the DB 24 by the DAO 23, Parses the data in the string format.

The data mapper 26 is connected to the parser 25 and the SRS 29 to receive list items and individual items of protocol item information created in the SRS 29, And stores it in an embedded memory (not shown).

The UI binder 27 is connected to the data mapper 26 and displays the values of the mapped individual items formed and stored in the data mapper 26 and the mapped individual items on the screen display unit 28, Lt; / RTI >

In addition, the SRS 29 receives item information for each protocol and constructs a list and individual items for each protocol item.

Now, the operation of the dynamic item management system using SRS for a device having a multiple version protocol according to the present invention will be described in more detail.

First, each of the receivers 20-1, 20-2, and 20-3 connected to an external device receives data from an external device, and the data thus received is transmitted to each of the receivers 20-1 and 20-2 , 20-3, respectively.

Thereafter, the data collected by the manager 21 for the receiver is analyzed as data in the form of character string by the analyzer 22 connected to the manager 21 for the receiver, and then transmitted to the DB 24 via the DAO 23 When the data analyzed by the analyzer 22 is analyzed as data other than character string format, the data is parsed into byte array data through the byte parser 25-1, and a data mapper 26).

Thereafter, the data mapper 26 is connected to the byte parser 25-1 and the SRS 29, receives list items and individual items for protocol-specific items created by the SRS 29, 25-1) and stores them in a built-in memory (not shown).

Thereafter, the UI binder 27 is connected to the data mapper 26, and displays the values mapped on the mapped individual items formed by the data mapper 26 and the mapped individual items on the screen display unit 28, And displays it.

On the other hand, the data of the character string format fetched from the DB 24 by the DAO 23 is parsed by the string parser 25-2, and the list configuration for each protocol-specific item created by the SRS 29, Item, is mapped with the parsed value from the string parser 25-2, and is displayed on the screen display 28 in the manner as described above.

Now, a flow of data reception, history and screen binding method among dynamic item management methods using SRS for a device having a multiple version protocol according to the present invention will be described with reference to FIG.

The data reception, hysteresis, and screen binding method according to the present invention includes a step S301 in which data is received from an external device through each of receivers 20-1, 20-2, and 20-3, A step S302 in which the received data is collected through the manager for a receiver 21; a step S303 in which data collected in the step S302 is analyzed through the analyzer 22; A step S304 of judging whether the analyzed data is parsed by the byte parser 25-1 or not; and if the analyzed data is not parsed into the byte parser 25-1 in the step S304, A step S305 of generating data as DB input information through the DAO 23 and a step S306 of storing the analyzed data generated as DB input information in the DB 24 in the step S305, When the analyzed data is parsed in the step S304 by the byte parser 25-1, A step S308 of constructing a data map for the protocol-specific data parsed in the step S307 through the data mapper 26; and a step S308 of, if the data of the data map configured in the step S308 is UI Binding through the binder 27 (S309); And displaying the bound data on the screen display unit 28 (S310).

Meanwhile, a flow of history inquiry and screen binding method among dynamic item management methods using SRS for a device having a multiple version protocol according to the present invention will be described with reference to FIG.

The history inquiry and screen binding method according to the present invention includes a step S401 of extracting the analyzed data stored in the DB 24 from the DAO 23 and a step of extracting the analyzed data fetched in the step S401 from the string parser 25 (S402); a step S403 of configuring a data map for protocol-specific data parsed in the step S402 through the data mapper 26; Step S404 of binding the data of the data map constructed in step S403 through the UI binder 27; And the step of displaying the data bound in the step S404 through the screen display unit 28 (S405).

Here, in step S403, the list configuration and the information of the individual items for each protocol item are transmitted through the SRS 29, and the list configuration and individual items for the protocol item information and the string server 25-2 ) Are mapped.

As described above, the dynamic item management system using the SRS for a device having a multi-version protocol according to the present invention and the method thereof can manage the UI display items for each protocol version by the SRS, Item can be received / managed to improve the reusability of the system. Also, by monitoring the monitoring items by key value using the data mapper and dynamically binding the data to the UI display items per protocol version, it is possible to flexibly deal with addition of a new protocol version and change of an existing protocol item. In addition, the parser for the protocol version is used as two source types to unify the data collection / history inquiry, and to unify the data operation logic in the data history inquiry. In addition, data other than the common items for each protocol version is dynamically converted into string data in the form of a string, so that a device of a new protocol version can be added without changing the structure of the DB when adding a device of a new protocol version.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various changes, modifications or adjustments to the example will be possible. Therefore, the scope of protection of the present invention should be construed as including all changes, modifications, and adjustments that fall within the spirit of the technical idea of the present invention.

20-1, 20-2, 20-3: Receiver 21: Manager for receiver
22: Analyzer 23: DAO
24: DB 25: parser
25-1: Byte Parser 25-2: String Parser
26: Data Mapper 27: UI Binder
28: Screen display section 29: SRS

Claims (6)

A plurality of receivers (20-1, 20-2, 20-3) connected to an external device for receiving data from the external device;
(20-1, 20-2, 20-3) connected to the plurality of receivers (20-1, 20-2, 20-3) for collecting data received by the receivers )Wow;
An analyzer (22) connected to the receiver manager (21) for analyzing data collected through the receiver manager (21);
A DAO 23 connected to the analyzer 22 to input data analyzed by the analyzer 22 to the DB 24 or retrieve data from the DB 24;
A DB (24) for storing data inputted through the DAO (23);
A parser (25) connected to the analyzer (22) for parsing the analyzed data through the analyzer (22);
The parser 25 is connected to the SRS 29 and is connected to the SRS 29. The SRS 29 includes a list structure and individual items for protocol-specific item information created by the SRS 29 and data for mapping the parsed values from the parser 25 A mapper 26;
A UI binder 27 connected to the data mapper 26 for binding the individual items mapped by the data mapper 26 and the parsed values of the mapped individual items on the screen display unit 28;
A screen display unit 28 for displaying an item bound on the screen display unit 28 and a value for the bound item;
And an SRS (29) for receiving the protocol-specific item information and constructing a list and creating individual items,
The parser 25 is composed of a byte parser 25-1 and a string parser 25-2. The byte parser 25-1 extracts a character string And the string parser 25-2 parses the data of the character string format fetched from the DB 24 by the DAO 23. The multi- Dynamic Item Management System using SRS for Equipped Devices.
delete The method according to claim 1,
Wherein the data mapper (26) stores the mapped individual items and the parsed values of the mapped individual items in a built-in memory. The dynamic item management system .
(S301) in which data is received from an external device through each of the receivers 20-1, 20-2, and 20-3;
A step S302 in which the data received in the step S301 is collected through the manager for a receiver 21;
A step S303 of analyzing the data collected in the step S302 through the analyzer 22;
A step S304 of determining whether the analyzed data in the step S303 is parsed by the byte parser 25-1;
If the analyzed data in step S304 is not parsed by the byte parser 25-1, the analyzed data is generated as DB input information through the DAO 23 (S305);
The analyzed data generated as DB input information in step S305 is stored in the DB 24 (S306);
If the analyzed data in step S304 is parsed into the byte parser 25-1, step S307 is performed;
A step S308 of configuring a data map for protocol-specific data parsed in the step S307 through the data mapper 26;
A step S309 of binding the data of the data map constructed in the step S308 through the UI binder 27;
And a step (S310) in which the data bound in the step S309 is displayed on the screen display unit 28,
A step S401 of extracting the analyzed data stored in the DB 24 from the DB 24 through the DAO 23 in the step S306;
(S402) parsing the data fetched in the step S401 into protocol-specific data through the string parser 25-2;
A step S403 of configuring a data map for protocol-specific data parsed in the step S402 through the data mapper 26;
A step S404 of binding the data of the data map constructed in the step S403 through the UI binder 27;
And a step (S405) of displaying the data bound in the step S404 through the screen display unit 28,
The byte parser 25-1 parses data other than the character string format analyzed through the analyzer 22 into byte array data and the string parser 25-2 parses the DB 24 And parsing the data of the character string format extracted from the character string format of the multi-version protocol.
delete 5. The method of claim 4,
In step S403, the item information for each protocol is transmitted through the SRS 29, and the list structure and individual items for the item information of each protocol and the parsed value from the string parser 25-2 are mapped A dynamic item management method using an SRS for a device having multiple version protocols.

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