KR100627228B1 - The dedicated browser system and processing method for enterprise wireless application service - Google Patents

Abstract

The present invention relates to a dedicated browser system for an enterprise wireless application service (BCP) and a method of operating the same, and more particularly, to a PDA browser system and a method for operating the PDA for smoothly performing the main task in the PDA.

A dedicated browser system for an enterprise wireless application service of the present invention includes a cradle updater for receiving service list information from a request handler connected to a wired network; An air updater for requesting the service list information from the request handler and executing a Biz Common Platform (BCP) browser; The virtual engine is connected to the request handler and the air updater by a wireless network, loads a protocol adapter, requests information from the protocol adapter, and creates and deploys a component by graphical user interface script information. ; A protocol adapter for acquiring the requested information from the virtual engine, uploading the information to a memory, and transferring the corresponding information to the virtual engine; And one or more components each receiving input from a user and processing values as required by the virtual engine.

Virtual Engines, Cradle Updater, Air Updater, Protocol Adapters, Components

Description

The dedicated browser system and processing method for enterprise wireless application service             

1 shows a dedicated browser system for a corporate wireless application service according to the present invention.

2 illustrates a method of operating a dedicated browser system for a corporate wireless application service according to the present invention.

<Description of main parts of drawing>

10: Cradle Updator

20: Air Updator

30: Virtual Engine

30a: cache manager

30b: protocol manager

30c: Component Manager

30d: Script Manager

40: Protocol Adapter

50: Component

The present invention relates to a dedicated browser system for an enterprise wireless application service and a method of operating the same, and more particularly, to a PDA dedicated browser system and a method of operating the same for smoothly performing the main task in the PDA.

Enterprise Wireless Application Service (Biz Common Platform: BCP) is a service that enables customers to implement their mobile business on the platform by interworking with various system of client companies and deliver it through various terminals.

As a related art, Korean Patent Application No. 10-2002-0061037 (corporate application integration solution as a web service integration platform applying web synergy, messaging middleware and web service standard technology), and Korean Patent Application No. 10-2000- 0083305 (Adapter device for data transmission between XLM system and non-MSL system and data transmission method using the same), Korean Patent Application No. 10-2002-0014151 (Wireless Application Service Provider System) and Korean Patent Application No. 10-2001-0019964 (a system and method for integrated wired / wireless internet operation and management of a component technique based on automata theory) is known.

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

First, the focus was on providing mobile-enabled 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.

As described above, the conventional technologies cannot basically provide a browsing, a line service component, a caching function, and the like that separate the presentation area and the data area as in the present invention. In addition, there is a problem in that it is not possible to provide an automatic update of the module, encryption / compression processing, local database linkage, and synchronization linkage processing.

Accordingly, the present invention is to solve the above problems, the present invention basically provides a browsing, a line-of-business component, and a caching function that separates the presentation area and the data area, and additionally, automatic update and encryption of the module. It aims to provide compression processing, local database linkage, and synchronous linkage processing.

The present invention relates to a dedicated browser system for an enterprise wireless application service (BCP) and a method of operating the same, and more particularly, to a PDA browser system and a method for operating the PDA for smoothly performing the main task in the PDA.

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

1 shows a dedicated browser system for a corporate wireless application service according to the present invention.

The dedicated browser system for the enterprise wireless application service of the present invention receives and receives service list information from a PDA and a wired network request handler which receives and receives service list information from a request handler connected through a wireless network. It consists of a PC including a cradle updater (10). Here, the PDA may be applied to a personal digital assistant or a smart phone.

The PDA may further include: an air updater (20) for requesting the request handler for the service list information and executing an enterprise wireless application service browser; The request handler and the air updater 20 are connected to a wireless network, loading a protocol adapter 40, requesting information from the protocol adapter 40, and by graphical user interface script information. A virtual engine 30 for creating and placing the component 50; A protocol adapter (40) for acquiring the requested information from the virtual engine (30), uploading information to a memory, and then transmitting corresponding information to the virtual engine (30); And one or more components 50 each receiving user input and processing values as required by the virtual engine 30.
As shown in FIG. 1, the RH is a server connected to a PDA and a mobile communication network to process all requests of a PDA-only browser.
In other words, RH refers to a server for processing a corporate wireless application service using a mobile communication network.

The virtual engine 30 determines whether or not to communicate and whether to use a local cache to the protocol manager (30b) graphical user interface script (Graphic User Interface Script) or data information A Cache Manager 30a that requires a cache manager; A protocol manager (30b) for loading a corresponding protocol adapter (40) for the requested information from the cache manager (30a) and requesting information from the protocol adapter (40); A component manager 30c that creates and arranges a component 50 based on the graphical user interface script information received by the cache manager 30a; It includes four managers of a script manager 30d that analyzes and initializes the script and executes a script according to a corresponding event.

2 illustrates a method of operating a dedicated browser system for a corporate wireless application service according to the present invention.

First, the air updater 20 and the cradle updater 10 request service list information from the request handler (S100).

Next, if the service list is two or more, the service is executed by selecting a desired service (S200). However, if there is only one service list, a predetermined service is automatically executed.

Next, the air updater 20 and the cradle updater 10 request updater information to the request handler based on the service list information and update the received updater information from the request handler according to the local cache. Compare and request a file from the request handler when there is a file to be installed.

Next, even in this case, the air updater 20 and the cradle updater 10 download the installation file from the request handler and place the corresponding file in the corresponding position.

Next, the air updater 20 executes the enterprise wireless application service browser. Here, when the user selects a refresh from the service list, the offline service is performed as in the case of the online service (S300).

Next, the request handler processes the files required by the PDA by biz logic and uploads the result (S400). At this time, the corresponding terminal is distinguished by a mobile identification number and a session key value.

Next, it is determined whether the cache manager 30a communicates and whether to use the local cache, so that the protocol manager 30b receives a graphical user interface script or data information (image, business logic or Biz data) is required (S500).

Next, the protocol manager 30b loads the corresponding protocol adapter 40 for the requested information from the cache manager 30a, and sends the protocol adapter 40 information (graphical user interface script, data or Image) (S600).

Next, among the loaded protocol adapters 40, the corresponding protocol adapter 40 acquires the requested information from the protocol manager 30b in a predetermined manner, loads the information into the memory, and sends the corresponding information to the protocol manager. Deliver to 30b (S700). Here, in the case of the miengine protocol adapter 40, the miengine application identification number is used to read, store, and modify data of the local database during offline processing.

Next, the component manager 30c generates and arranges the component 50 based on the graphical user interface script information received by the cache manager 30a (S800).

Next, the script manager 30d analyzes and initializes the script and performs a script according to the corresponding event (S900).

Finally, the components 50 receive user inputs and process values as required by the script manager (S1000).

Features of the dedicated browser system and its operating method for the enterprise wireless application service as described above are as follows.

First, the Biz logic received from the server parses the XML containing the Biz logic in a dedicated browser so that the Biz logic can work correctly according to a defined rule. In addition, the XML defining the UI is also processed to receive and display the screen UI to be displayed for each business. This task is internally threaded to maximize performance. However, the palm is not supported with threads, and the CPU's processing speed is also slower than WinCE, which is generally slower than the Win OS.

Second, the GUI and data XML can be separated. While the conventional web browsing method manages data and screen tags as one source, it is difficult to maintain and manage, and the network load is unnecessary, while the C / S method has a limitation in that all applications are installed in the PDA.

Third, the Biz-specific browser is operated by X-Internet based XML form method to separate the GUI and data XML separately and to save the communication speed by statically or dynamically storing it in PDA depending on the arbitrary, and increase the network traffic. It can reduce the number and use of unlimited applications like web browsing.

Fourth, because the BCP-only browser is designed to operate by implementing Biz logic through script unlike the general C / S method, the specification of the dedicated browser (spec) is not developed for each service to support various services. By writing a script that conforms to the standard, it is structured to perform business functions for each service.

Fifth, unlike the conventional C / S method, the UI is implemented in the same manner as calling a UI control such as a table or a tab through html on the web, allowing a free UI design suitable for a service.

As described above, a dedicated browser system and a method of operating the same for an enterprise wireless application service according to the present invention basically provide a browsing, a divisional component, a caching function, and the like that separate a presentation area and a data area. In addition, it provides automatic module update, encryption / compression processing, local database linkage and synchronous linkage processing.

Claims (11)

A cradle updater for requesting service list information from a request handler connected to a wired network; An air updater for requesting the request list information from the request handler and executing a enterprise wireless application service (BCP) browser; The virtual engine is connected to the request handler and the air updater by a wireless network, loads a protocol adapter, requests information from the protocol adapter, and creates and deploys a component by graphical user interface script information. ; A protocol adapter for acquiring the requested information from the virtual engine, uploading the information to a memory, and transferring the corresponding information to the virtual engine; And One or more components, each receiving input from a user and processing values as required by the virtual engine; Dedicated browser system for enterprise wireless application services, including.        The method according to claim 1,        The virtual engine A Cache Manager that determines whether to communicate and whether or not to use a local cache and requests a Graphic User Interface Script or data information from a Protocol Manager; A protocol manager that loads a corresponding protocol adapter for the requested information from the cache manager and requests information from the protocol adapter; A component manager for generating and arranging components based on the graphical user interface script information received by the cache manager; And A script manager for analyzing and initializing the script and executing a script according to a corresponding event; Dedicated browser system for enterprise wireless application services, including. A first step in which an air updater and a cradle updater request service list information from a request handler request handler; A second step of executing a service of the service list; A third step of the air updater executing a corporate wireless application service (BCP) browser; A fourth step of the request handler processing files requested by the PDA by biz logic to upload a result; A fifth step of determining whether the cache manager is to communicate and whether to use a local cache and requesting a graphical user interface script or data information from the protocol manager; A sixth step of loading, by the protocol manager, a corresponding protocol adapter for the requested information from the cache manager and requesting information from the protocol adapter; A seventh step of acquiring the requested information from the protocol manager by the corresponding protocol adapter among the loaded protocol adapters, uploading the requested information to the memory, and transferring the corresponding information to the protocol manager; An eighth step of the component manager generating and arranging a component based on the graphical user interface script information received by the cache manager; A ninth step of a script manager analyzing and initializing the script and executing a script according to a corresponding event; And A tenth step in which each of the components receives a user input and processes a value as requested by the script manager; Method for operating a dedicated browser system for enterprise wireless application services comprising a. The method according to claim 3, If you are an online service A first request that the air updater and the cradle updater request updater information from the request handler by service list information, and request the file from the request handler when there is a file to be installed by comparing the updater information received from the request handler with a local cache; step; And A second step of the air updater and the cradle updater downloading an installation file from the request handler and placing the installation file in a corresponding position; Method for operating a dedicated browser system for enterprise wireless application services, characterized in that it is added between the second step and the third step of claim 1. The method according to claim 3, If the service list information of the second step is more than one, a service of a dedicated browser system for an enterprise wireless application service, characterized in that a service is executed by selecting a desired service. The method according to claim 3, Method for operating a dedicated browser system for a corporate wireless application service, characterized in that the predetermined service is automatically executed when the service list information of the second step is one. The method according to claim 3, In the offline service, if the user selects refresh from the list of services A first request that the air updater and the cradle updater request updater information from the request handler by service list information, and request the file from the request handler when there is a file to be installed by comparing the updater information received from the request handler with a local cache; step; And A second step of the air updater and the cradle updater downloading an installation file from the request handler and placing the installation file in a corresponding position; A method of operating a dedicated browser system for a corporate wireless application service, characterized in that is added between the second step and the third step of claim 3. The method according to claim 3, The fourth step is a method for operating a dedicated browser system for a corporate wireless application service, characterized in that to identify the terminal corresponding to the mobile identification number (Mobile identification Number) and the session key (session key) value. The method according to claim 3, And the data information of the fifth step is any one of an image, a business logic and a business data. The method according to claim 3, The information in the sixth step may be any one of graphical user interface script, data, or image. The method according to claim 3, In the case where the protocol adapter of the seventh step is a miengine protocol adapter, a process of reading, storing, and modifying data of a local database during offline processing using a miengine application identification number Method for operating a dedicated browser system for enterprise wireless application services, characterized in that the.

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