KR100594392B1 - The biz logic processing system and operating method for enterprise wireless application service - Google Patents

Abstract

The present invention relates to a business logic processor (Biz Logic Processor) system and method of operating a wireless application service for the enterprise to integrate and operate a mobile service of a company having a variety of content. In particular, the present invention relates to a technology for automatically processing a pre-written bizlogic processor based on a rule to satisfy various business service requirements of a client.

According to the invention, the client terminal; A WAP gateway serving as a communication interface for wireless data transmission with a client terminal through a mobile communication network; And a Biz Common Platform for interworking with the WAP gateway to provide a business browser platform in a client terminal, wherein the Biz Common Platform receives a service processing request from an external engine. A request handler for analyzing request information; A flow handler for generating a process flow search and a routing table according to the service processing request; A Flow Repository for providing XML data stored in the Flow Handler (FH); An activity handler for performing BizLogic according to the routing table; A response handler for transmitting a result to an external engine that has requested the service processing; And a Biz Logic Processor which processes an Activity defined in a corresponding process flow by having a Web Server interworking with the Activity Handler and providing Biz Logic data. We present a business logic processor system for an enterprise wireless application service.

Line of Business Platform, Wireless, Applications, Biz Logic Processors (BLP)

Description

Biz logic processing system and operating method for enterprise wireless application service

1 is a block diagram of an enterprise wireless application service system according to the present invention.

FIG. 2 is a detailed block diagram of the business logic processor (BLP) shown in FIG. 1.

3 is a flowchart illustrating a process of a business logic processor (BLP) according to the present invention.

The present invention relates to a business logic processor (Biz Logic Processor) system and method of operating a wireless application service for the enterprise to integrate and operate a mobile service of a company having a variety of content. More specifically, the present invention relates to a rule-based automatic processing of a pre-written business logic processor to satisfy various business service requirements of a client.

Enterprise wireless application service is a service that can be delivered through various terminals by implementing the mobile business that the customer wants on the platform by interworking with the main system of various customer companies.

In particular, the conventional wireless application service has reached the limit of business for the following reasons.

First, the focus was on providing mobile enable solutions for enterprise applications, not the entire application.

Second, there were many demands for the introduction of solutions based on important business partnerships for the formation of an Application Service Provider (ASP).

Third, coexistence of various kinds of package solutions and SI applications was required.

Fourth, for the security of corporate customers, various operating environments were required in which the physical location of the service system could be inside the customer company.

Therefore, in order to overcome the limitations of such a business, 1) it is possible to respond to the customer's service needs at a rapid and low cost, 2) to expand the service offerings of new and existing customers through the integration of services, and 3) to provide flexibility. As a result, the development of new types of business models that could absorb business partners with new models was required.

As a related art, patent application 10-2002-0061037 (corporate application integration solution as a web service integration platform applying web synergy, messaging middleware and web service standard technology), and patent application 10-2000-0083305 (xm system and non -Adapter device for data transmission between XM systems and data transmission method using the same, Patent application 10-2002-0014151 (wireless application service provider system), Patent application 10-2001-0019964 (automata based on theory Wired and wireless Internet integrated operation management system and its method) of component techniques).

However, such known conventional technologies are an Internet integrated platform service (patent application 10-2002-0061037) for providing an Internet service in an integrated format, and a service for converting non-XML data into XML (patent application 10-2000). -0083305), a service that enables the dynamic user screen composition and relocation by the administrator (Patent Application 10-2002-0014151), and the contents of the wired Internet site can be applied to the construction of the wireless Internet site to manage the integrated operation The service (patent application 10-2001-0019964) can be usefully provided to the customer, but it could not satisfy the requirements of various customers with minimal cost and time while reflecting the characteristics of the wireless application business.

In addition, in the business logic processor processing method of the wireless application service, conventionally, the various business logic service requirements of the client could not be sufficiently satisfied.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to provide a business logic processor system and a method of operating a wireless application service for enterprise to integrate and operate a mobile service of a company having a variety of content.

In particular, in order to satisfy various business logic service needs of a client, the present invention receives a request information from another engine and processes a previously written business logic processor to sequentially process the activities defined in the flow of the corresponding process. Its technical characteristics are to provide a service function that automatically processes based on.

As the technical idea for achieving the above object of the present invention

A client terminal;

A WAP gateway serving as a communication interface for wireless data transmission with a client terminal through a mobile communication network; And

It is provided with a business platform (Biz Common Platform) for interworking with the swap gateway to provide a business browser platform in the client terminal,

The Biz Common Platform

A request handler for receiving a service processing request from an external engine and analyzing request information; A flow handler for generating a process flow search and a routing table according to the service processing request; A Flow Repository for providing XML data stored in the Flow Handler (FH); An activity handler for performing BizLogic according to the routing table; A response handler for transmitting a result to an external engine that has requested the service processing; And a web server interworking with the activity handler AH to provide business logic data.

Provides a business logic processor system of the enterprise wireless application service that includes a business logic processor (Biz Logic Processor) that sequentially processes the activities (Activity) defined in the process flow.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the embodiment of the present invention will be described in detail.

1 is a block diagram of an enterprise wireless application service system according to the present invention.

Looking at Figure 1, the mobile terminal 100; Mobile communication network 200; A web application protocol gateway (WAPG) 300; Request Handler (RH) 410, Transform Engine (TE) 420, UA Profile Information System (UAPS) 430, Biz Logic Processor (BLP) 440 and a Biz Common Platform (BCP) 400 having a Sync Engine 460. At this time, the bizlogic processor (BLP) 440 includes a notification server (NS) 470, a web server (WIS) 480, and a legacy interface (LIF) 490. Is further provided and interlocked.

The mobile terminal 100 represents a client terminal including a synchronous CDMA 2000 and an asynchronous W-CDMA communication terminal (Handset), a smart phone (PDA), a personal digital assistant (PDA), and the like. ) Serves as an interface for providing a communication network for wireless data transmission between the mobile terminal 100 and the swap gateway 300.

The swap gateway 300 serves as a protocol for efficiently transmitting data in a wireless propagation environment between the mobile terminal 100 and a base station, and provides various air interface functions regardless of the type of a network or a terminal.

BCP (Biz Common Platform) 400 provides a dedicated browser for the line of business for smoothly performing the line of business in the mobile terminal (100).

As a configuration, the request handler 410 receives request information (a request for screen, data, update, authentication, etc.) from the client (BCP browser, mobile terminal), decompresses it, and then routes it from an appropriate server. Relay communication. The response information received from the server is compressed again and delivered to the client.

In particular, it serves to connect the mobile terminal 100 and various server modules, and in connection with the mobile terminal 10, encryption / compression, authentication processing, session management, cookie management, update (update) Provides management and service routing functions.

The transform engine (TE) 420 serves to manage the terminal information without limitation of the type of the mobile terminal 100, content transformation, and transformation into a form optimized for the terminal. The detailed configuration of the TE 420 will be described later.

The UAPIS (UA Profile Information System) 430 manages profile information of the user application.

The BLP (Biz Logic Processor) 440 receives the request information from another engine and performs a process of sequentially processing activities defined in the corresponding process flow.

In particular, the BLP 440 is for automation of the BizLogic processor, and is defined in the form of a process flow in a process designer, and relates to various process activities and procedures that are individually separated. Rules, control data and the like are defined.

In addition, the BLP 440 includes 1) a process flow search function (process flow search according to service request information), and 2) a routing table configuration (activity and transition defined in a process flow file). ) Analysis of information to create a routing table for BizLogic execution (Activity Map, Transition Map), 3) BizLogic execution (To the Web Server according to the business logic information and execution conditions defined in the routing table) BizLogic execution request and result reception), 4) Response data analysis (parsing the result XML according to BizLogic execution and determining business logic to be executed next or sending the result).

The SE (Sync Engine) 460 is synchronized with the BLP 440 and provides a synchronization function for providing information required for the mobile terminal (PDA) 100, and the NS (Notification Server) 470 is provided from the mobile terminal 100. It converts the received notification message into the designated content type (E-mail, SMS) and sends it to the agent / server.

Web Integration Server (WIS) 480 extracts data sources directly from the HTTP and HTTPS protocol layers using Protocol-Based Scraping (PBS) technology. The Legacy Interface (LIF) 490 is internal and internal. It is responsible for sending and receiving data with external systems, data conversion and process management.

Next, referring to FIG. 2, a detailed configuration of a business logic processor (BLP) is as follows.

The business logic processor (BLP) 440 includes a request handler (RH) 441; A flow handler (FH) 442; A Flow Repository (FR) 443; Activity Handler (AH) 444; Response Handler (RH) 445; And a web server 450. The web server 450 is further provided with BizLogic 451 and BCP APIs (Apli 452).

The request handler (RH) 441 is responsible for receiving service processing requests from other engines (RH 410, SE 460, and TE 420) and analyzing request information, and the flow handler (FH) 442. ) Creates a process flow search and routing table according to the service request.

In addition, the flow repository (FR) 443 is a file system in which XML data is stored, and the activity handler (AH) 444 performs a business logic (BizLogic) according to the routing table, and responds to the response handler (Response). Handler) 445 plays a role of transmitting a result to another engine that has requested service processing.

Next, the process of the business logic processor (BLP) will be described with reference to FIG. 3.

First, a service processing request is received from other engines (Request Handler 410, SE 460, and TE 420) in the response handler (RH) 441 of the BLP 440 (S110).

In this state, the request information from the other engine is analyzed to extract information necessary for service processing (S120), and a process flow file is searched according to the request information to construct a routing table (S130).

Thereafter, BizLogic is extracted according to the procedure and control information defined in the routing table (S140), and a request for performing BizLogic is performed to the web server 450 (S150).

At this time, the BizLogic uses the BCP APIs 452 as necessary to request a service from another server, for example, the NS 470, the WIS 480, and the LIF 490, and receives a result.

Then, after performing all the BizLogic (BizLogic) defined in the routing table to configure the response data using the final result (S160), the process of the BizLogic processor is completed by transmitting the response data to the requested engine. (S170).

As described above, according to the present invention, in order to satisfy various business service needs of a client, a request logic from a different engine is inputted so as to sequentially process the activities defined in the flow of the corresponding process. It can provide service function to automatically process based on rule). Therefore, user convenience can be maximized.

Claims (5)

A client terminal; A WAP gateway serving as a communication interface for wireless data transmission with a client terminal through a mobile communication network; And It is provided with a business platform (Biz Common Platform) for interworking with the swap gateway to provide a business browser platform in the client terminal, The Biz Common Platform A request handler for receiving a service processing request from an external engine and analyzing request information; A flow handler for generating a process flow search and a routing table according to the service processing request; A Flow Repository for providing XML data stored in the Flow Handler (FH); An activity handler for performing BizLogic according to the routing table; A response handler for transmitting a result to an external engine that has requested the service processing; And a web server interworking with the activity handler AH to provide business logic data. Biz Logic Processor system for enterprise wireless application services, which includes Biz Logic Processor that sequentially processes activities defined in the process flow. The business logic processor system of claim 1, wherein the client terminal comprises a mobile communication terminal (Handset), a smart phone, a personal digital assistant (PDA), and the like. The business logic of claim 1, wherein the business logic processor (BLP) generates a routing table for executing business logic by analyzing activity and transition information defined in a process flow file. Processor system. The method according to claim 1, wherein the business logic processor (BLP) of the enterprise wireless application service, characterized in that parsing the result XML according to the business of performing the business logic to analyze the response data to determine the next business logic to execute or transmit the result. BizLogic Processor System. A first step of receiving a service processing request from an external engine; A second step of extracting information required for service processing by analyzing the request information from the external engine; A third step of constructing a routing table by searching for a process flow file according to the request information; Extracting BizLogic to be performed according to the procedure and control information defined in the routing table; A fifth step of making a request to perform the business logic; Performing a business logic defined in the routing table and constructing response data using the final result; And a seventh step of transmitting a final result to the external engine that has requested the response data.

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