KR20060074341A - Remote control method for ui, and application management method thereof, and media about it programs are recorded in to be readableby the computer - Google Patents

Abstract

According to the present invention, in a system consisting of a server terminal and a plurality of client terminals forming a network around the server terminal, the server terminal may need to manage a particular program to be installed, upgraded or uninstalled in a plurality of client terminals. The present invention relates to a UI remote manipulation method and an application program management method using the same, the method comprising: a GUI analysis step of analyzing a configuration of a client UI output from the client in a network consisting of a server and a client; A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server; A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents; A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step; A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI; The client recognizes the input signal transmitted from the server through the signal transmission step, and proceeds with the request of the client UI.

Description

Remote control method for UI, and Application management method approx, and media about it programs are recorded in to be readableby the computer}

1 is a diagram illustrating a network between a server and a plurality of clients to which the present invention is applied;

2 is a diagram illustrating an example of a window that is output to a monitor when a program is installed in a computer using Windows ™ as an OS.

3 is a block diagram showing a remote control system for executing a UI remote operation method according to the present invention,

4 is a view showing a first example of the UI remote operation method according to the present invention,

5 is a view showing a second example of the UI remote operation method according to the present invention,

6 is a view showing a third example of the UI remote operation method according to the present invention,

7 is a flowchart illustrating a process of executing a UI remote operation method according to the present invention,

8 is a block diagram illustrating a management system for executing an application management method according to the present invention;

9 is a flowchart illustrating a process of executing an application management method according to the present invention;

FIG. 10 shows an example of a handle value of a user interface output on a computer running Windows ™.

-Explanation of terms for main parts of attached drawings-

100; Server 200, 200 ', 200 "; client

MW; Remote control UI RW; Client UI

According to the present invention, in a system consisting of a server terminal and a plurality of client terminals forming a network around the server terminal, the server terminal may need to manage a particular program to be installed, upgraded or uninstalled in a plurality of client terminals. The present invention relates to a UI remote operation method that can be processed in a batch and an application program management method using the same.

In general, a system in which a plurality of computers such as a school or an office forms a network through a LAN is relayed / operated as shown in FIG. 1 (a diagram showing a network between a server and a plurality of clients to which the present invention is applied). Server 100 and a plurality of clients 200, 200 ', and 200 ". On the other hand, in a computer room configured for education, such as a school, each client 200 has a program containing contents to be taught to students. , 200 ', 200 ") may need to be installed one by one.

However, the task of installing a program in each of the plurality of clients 200, 200 ', and 200 "is to perform simple labor repeatedly, which is cumbersome and uninteresting. It needs to be removed from the client (200, 200 ', 200 "), and there was the same problem that occurred when installing, and program management work such as patch installation or version upgrade of the corresponding program. Since each client (200, 200 ', 200 ") must be carried out daily for each client, a program is installed in each client terminal or the others are managed under the network base of the server 100 and a plurality of clients (200, 200', 200"). Doing work was a cumbersome labor.

In the prior art, several inventions have been devised to solve the above-mentioned problems. However, most of them distribute the program to be installed from the server to each client, and transmit the data to be stored and the information to be input and the work to be performed according to the UI output from the OS during the installation process of the program, and the program When the installation process is started, the process is performed according to the data transmitted together.

For example, when a program is installed, a user interface as shown in FIG. 2 (a diagram showing an example of a window output to a monitor when a program is installed on a computer running Windows ™) is displayed on a computer running Windows ™. W; GUI aka window) is displayed. Therefore, the program installer performs the following process while following the contents of the output user interface W and operating the button part c, and if necessary, personal information such as the name of the program installer and / or the installation password of the program. Alternatively, the process of directly entering a unique certification number or the like is performed. In this case, the conventional inventions are provided with the necessary information from the data during the program installation process performed on the client while transmitting data about the operation and the information to be input to the client.

However, the program installation process may differ depending on the client's work environment, the OS version, and whether or not the program is to be installed. The information to be input may vary from client to client. In particular, during the management of a program, the user interface frequently asks how to process a file shared with another program, such as a DLL file, and the user interface is frequently output. 200 ") can be output differently, the conventional program installation and management method executed on the premise that a plurality of clients are in the same installation environment, there was a problem to apply as it is due to the practical problems presented above.

Accordingly, the present invention has been made to solve the above problems, while allowing a plurality of clients to manage the same program for each client on the basis of network connection with the server, each client has a different system environment with the other client The purpose of the present invention is to provide a UI remote control method that enables the server to perform flexible management tasks corresponding to the difference.

In addition, another object of the present invention is to provide an application program management method for managing, installing, upgrading, and uninstalling applications installed in each client by using the UI remote manipulation method.

In order to achieve the above object, the present invention,

In a network of servers and clients,

GUI analysis step of analyzing the configuration of the client UI output from the client;

A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server;

A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents;

A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step;

A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI;

A signal processing step of processing a request for a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step;

UI remote operation method is included.

In order to achieve the above object, the present invention,

In a network of servers and clients,

A program execution step of the server executing a program stored in the client;

A GUI output step of the OS outputting a client UI by executing the program;

GUI analysis step of analyzing the configuration of the client UI output from the client;

A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server;

A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents;

A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step;

A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI;

A signal processing step of processing a request for a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step;

Application management method is included.

In order to achieve the above object, the present invention, in the application program management method,

Transmitting a program to be distributed to the client from the server to the client;

Is included.

In order to achieve the above object, the present invention,

In a network of servers and clients,

GUI analysis step of analyzing the configuration of the client UI output from the client;

A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server;

A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents;

A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step;

A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI;

A signal processing step of performing a request of a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step;

A computer-readable recording medium for recording a program for executing a UI remote operation method by a computer.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the UI remote manipulation method according to the present invention, as described above with reference to FIG. 1, in a system in which a plurality of clients 200, 200 ′, 200 ″ are connected to a network around the server 100, the server 100 Recognizing / outputting the client UI output on the monitors of the clients 200, 200 ', and 200 ", the administrator of the server 100 operates the client UI output to the clients 200, 200', and 200". The client 200, 200 ′, 200 ″ recognizes that the window manipulation performed by the server 100 is performed in the local area, and is performed by the client 200, 200 ′, 200 ″. System management, such as installation of a program and installation of a patch file for installation or uninstallation, can be executed remotely through the server 100.

The graphical user interface (GHI) is referred to as a graphical user interface (GHI) when a computer user inputs / processes data on the computer or operates on a computer running Windows ™ as shown in FIG. 2. It is an intermediary means that the OS guides the user through the input / processing of data and warns of any risks that may occur in processing. In the personal computer field, MS-Windows, Macintosh, and OS / 2 Presentation Manager are well-known. In UNIX systems, OPEN LOOK and OSF / Motif are standard GUIs embedded in their systems. Other detailed descriptions are omitted.

The graphic user interface (W) includes a name (a; Main Dialog), a content (b; Static Control) describing the reason why the window (W) is output, and the user reads and determines the content (b). And a configuration of a button unit (c; Button Control) for giving a command signal to the OS to perform the following process. In addition, an input unit (not shown; Edit Control) for directly inputting required information required by the OS, such as a program number and a user name of the program, and a singular selection unit for selecting one of a plurality of presented views (not shown) A radio control) and a plurality of selection units (not shown; check box controls) for selecting two or more of the plurality of presented views may be further included. Other, combo box or drop-down list, icon, menu bar, scroll bar, slider, toolbar, and tooltip (tool tip), etc.

The above configuration contents allow the OS to start the program by receiving the information by selecting not only a command through a keyboard input but also an icon of the graphic user interface (W) output using a positioning tool such as a mouse. It is.

3 is a block diagram showing a remote operation system for executing the UI remote operation method according to the present invention, Figure 7 is a flowchart showing a process of executing the UI remote operation method according to the present invention will be described with reference to this. .

In order to execute the UI remote operation method according to the present invention, the remote operation system according to the present invention is composed of a server 100 and a plurality of clients (200, 200 ', 200 "), GUI output to the server 100 Module 110, signal input module 120, GUI management module 130, GUI list D / B 140, and communication interface 150, wherein the clients 200, 200 ', 200 " The configuration module 210, the signal input module 220, and the communication interface 230 are included.

Detailed description of the above-described components will be described together with the description of the UI remote operation method with reference to Figure 7 (flow chart showing the process of executing the UI remote operation method according to the present invention). At this time, in order to help understand the UI remote operation method according to the present invention, a case of installing the application program to the client (200, 200 ', 200 ") through the server 100 will be described as an example.

1) GUI analysis step (S111) of analyzing the configuration of the client UI output from the client;

If it is necessary to install any application on the client (200, 200 ', 200 "), the administrator can install a CD or diskette of the application to be installed on the client (200, 200', 200") ', 200 ") into the CD driver or diskette driver to run.

When the application program is executed, the OS of the client (200, 200 ', 200 ") outputs the user interface (W) to confirm whether the application is installed to the administrator. At this time, the remote control system of the present invention The GUI configuration analysis module 210 analyzes the configuration contents of the output user interface W. The configuration contents are the name portion (a), the content portion (b) and the button portion (c) as described above. And, if necessary, the input unit, the singular selection unit and the plural selection unit may be further included.

As shown in Fig. 10 (an example of a handle value of a user interface output on a computer running Windows ™ OS), a UI generated by most applications has a window handle value, and the handle value is used by using the handle value. Get detailed information about the controls. <Run> has a handle value "000409B8" and also contains information about the eight subwindows (handle values change from run to run).

The <OK> button, which is a sub-window of <Execute>, has a handle value "000409B0" and the handle value can be used to obtain information on the property, size, text, etc. of the corresponding control (configuration).

In this way, we follow the handle of the top execution window (execution user interface) to find the handle values for the underlying components and use this handle to extract the actual GUI information.

Windows ™ OS partially exposes the GUI information to the user, and can use tools such as "visual C ++" to check the contents of the GUI and its handles. In addition, only the confirmed configuration can be extracted.

On the other hand, the application to be distributed to the client (200, 200 ', 200 ") can also be directly transmitted from the server 100, a more detailed description thereof will be accompanied by an application management method according to the present invention.

2) a GUI configuration contents transmission step (S112) of transmitting the analyzed contents of the client UI to the server;

The configuration content thus analyzed is transmitted to the server 100 through the communication interface 230 installed in the client as data including information on size, position, text, style, and the like.

In general, the configuration is transmitted to the server 100 in the xml format of the format shown in Table 1 below.

The xml format has been applied as an embodiment to the present invention because it has become a standard for storage information and is easy to create / modify / search for an information structure. However, the xml format is not limited thereto, but may also be HTML or general text.

3) a GUI classification step (S121, S122) for comparing the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by client UI having the same configuration contents;

Configuration contents of the client UI received through the communication interface 150 of the server 100 are transferred to the GUI management module 130 and classified.

Table 2 shows the client UI extracted from client 1;

Table 3 shows the client UI extracted from client 2;

Table 2 and Table 3 shows the configuration of the client UI transmitted from the client 1 and the client 2 to the server 100 in the xml format, the GUI management module 130 receives it through the communication interface 150 Read the configuration of the client UIs and classify the client UIs with different contents.

Since <Handle>, which is the handle information of the client UI and / or configuration content, and <Position>, which is the coordinate information of the client UI, are changed each time the client UI is modified or executed, <Handle> and <Position> can be different. Therefore, <Handle> and <Position> may be omitted from the classification criteria of the client UI, and only <Caption>, <Control>, and <Size> are compared as shown in Table 4.

The client UI of client 1 and the client UI of client 2 shown in Table 4 are regarded as the same user interface.

Table 4 shows a client UI extracted from client 1 and a client UI extracted from client 2;

The UI remote operation method according to the present invention is output to the monitor of the client 200, 200 ', 200 "as shown in Figure 4 (a diagram showing a first example of the UI remote operation method according to the present invention). The client UI (RW) is output as it is as a remote control UI (IW) in the monitor of the server 100 so that one administrator can manage a plurality of clients (200, 200 ', 200 ") in the server 100. It is. Therefore, the configuration contents transmitted from the clients 200, 200 ', and 200 "are used to express the appearance of the client UI RW in the server 100 as the remote operation UI IW.

Subsequently, as shown in FIG. 4, the client UIs RW output from the plurality of clients 200, 200 ′, and 200 ″ may all be the same. The client UI (RW) output from the clients 200, 200 ', and 200 "may be different as shown in the example drawing shown in the figure which shows the 2nd example of UI remote operation method).

In other words, as shown in the drawing, the client UI RW1 of the first and second clients 200 and 200 'and the client UI RW2 of the third client 200 " And unexpected output during the installation may cause different output.

Therefore, in the GUI classification step (S121, S122), the GUI management module 130 receives the configuration of the client UI (RW1, RW2) transmitted from the client (200, 200 ', 200 "), respectively, the same client UI will be categorized.

At this time, any client UI (RW) may be classified even if there is only one difference in the other client UI and its configuration, but the configuration of the administrator is not directly affected by the requirements of the user interface (W). The contents (<Handle>, <Position>) may be classified even though there is a difference.

4) a list forming step of creating / storing a list for each client UI (S123, S124);

The window management module 130 forms a list for outputting the remote operation UI (IW; see FIGS. 4 and 5) according to the classified configuration. This separates a plurality of configuration contents transmitted from multiple clients 200, 200 ', and 200 "according to their contents and format, and outputs a client UI of the same format from the server 100 to one remote control UI (IW). To make it possible.

As shown in FIG. 5, the server 100 receives the contents of a window from the clients 200, 200 ′, and 200 ″, and outputs differently from each client 200, 200 ′, 200 ″. Outputs the remote control UI (IW1, IW2) as the configuration content of the. Of course, since the client UI (RW1) output to the client 1 (200) and the client 2 (200 ') are the same format, the server 100 outputs one remote control UI (IW1), and the client 3 ( Since the client UI RW2 outputted to 200 "is different from the client UI RW1 of the clients 1 and 2 (200 and 200 '), the other remote operation UI IW2 is outputted.

Of course, if the client UI (RW) output from the client (200, 200 ', 200 ") are all different, the remote control UI (IW) by that number will be output from the server (100).

The configuration of the client UI (RW) is classified by list and stored in the GUI list DB 140. After the configuration of the client UI (RW) is transmitted from the clients 200, 200 ', and 200 ", the GUI list is stored. If the same configuration is found in the DB 140 and a matching configuration is found, the newly transmitted configuration is stored in a category of the category list of the configuration stored in the GUI list DB 140. Of course, the GUI list is stored. If the same configuration is not found in the DB 140, a new list is created and the configuration transmitted from the clients 200, 200 ', and 200 "is stored into the category of the new list.

5) GUI output step (S125) for outputting the remote control UI having the configuration of the client UI classified through the GUI classification step in the server;

The GUI output module 110 receives configuration information classified by list from the GUI list DB 140 and outputs a remote operation UI (IW) corresponding to the client UI (RW). At this time, the remote control UI (IW) will be output in the same or almost similar format as the client UI (RW).

The OS of the server 100 receives the configuration of the user interface provided through the UI remote control system according to the present invention and outputs the corresponding user interface.

By the way, the remote control UI (IW) is not output by the OS of the server 100 as needed during the installation process of the application program, the client (200, 200 ', 200 "in the remote control system according to the present invention) Since the application program is installed, the server 200 takes only the format of the client UI (RW) outputted by the OS of the client (200, 200 ', 200 ") as needed, so that the administrator of the server 100 manages the remote operation UI (IW). The operation does not directly affect the OS of the server 100.

On the other hand, as shown in Figure 6 (a diagram showing a third example of the UI remote operation method according to the present invention) the administrator can selectively output the remote operation UI (IW).

FIG. 6 shows an operation of a UI remote control system based on a system in which eight clients are connected to one server 100 by a network. (A) The drawing shows a UI that allows an administrator to arbitrarily select eight clients. All the clients are selected, and accordingly, three different types of remote control UIs (IW1, IW2, and IW3) are output by classifying the contents of the client UIs transmitted from the clients.

(b) In the drawing, when the administrator selects only six of the UIs, the remote control UIs IW1 and IW2 of the client UIs transmitted from the six clients are output.

(c) In the drawing, the administrator does not bundle the client UIs having the same configuration contents and output them as one remote control UI, but the corresponding remote operation UIs (IW1) are output for each client even with the same configuration contents.

6) a signal input step (S126) in which a signal is generated by operating the remote control UI output to the server;

As described above, the remote control UI (IW) is not outputted by the OS of the server 100 independently as necessary, but is output by the UI remote control system according to the present invention, so that an administrator can control the remote control. The input signal generated by manipulating the operation UI IW does not directly affect the server 100. However, since the operation of the remote control UI (IW) should affect the clients 200, 200 ′ and 200 ″, the signal input module 120 transmits the input signal to the corresponding client 200 instead of the server 100. 200 ', 200 ").

At this time, the input signal may include a push signal generated by operating a button using a mouse, a text signal generated by entering a name or a unique number of an application program, and a selection signal generated by selecting one or more of a plurality of presented views. The signal input module 120 controls them to transmit the input signal to the corresponding client.

7) a signal transmission target confirmation step (S127) for designating a client to which an input signal generated at the server is to be transmitted;

The administrator may individually manipulate a plurality of remote control UIs (IWs) output to the server 100. Therefore, the input signal of the manipulated remote control UI (IW) should be correctly transmitted to the client of the client UI (RW) that is the parent of the remote control UI (IW). The configuration contents transmitted from the clients 200, 200 ′, 200 ″ include the IP of the client, and the like. The UI remote control system according to the present invention provides the configuration contents transmitted from the clients 200, 200 ′, 200 ″. Since the list of the clients 200, 200 ', and 200 "is to be sorted by list and processed in a batch, the server 10 selects any one of the remote operation UIs (IW) output by the administrator. In the case of manipulation, the generated input signal may be transmitted only to the client UI RW corresponding to the remote control UI IW.

8) a signal transmission step (S128) of transmitting a signal corresponding to each of the plurality of clients in the server;

The signal input module 120 transmits the input signal to the corresponding client address according to the selection of the UI and the data stored in the window list DB 140.

9) a signal processing step (S131) of the client to recognize the input signal transmitted from the server through the signal transmission step to proceed with the request of the client UI (S131);

The signal input module 220 of the client 200, 200 ′, 200 ″ receiving the input signal from the server 100 may recognize the client UI (RW) currently being output according to the input signal as being manipulated. 200, 200 ', 200 ") to send a signal.

Of course, the OS of the client 200, 200 ′, 200 ″ recognizes that the client UI RW has been operated by an administrator, and thus proceeds to the next process of installing the application program.

On the other hand, in the installation process of the application program, the OS generally outputs the user interface W to the administrator several times. That is, when the administrator responds to the first printed user interface, the next user interface is output. Therefore, as in step S132, the existence of the next process (the next window is output) is checked.

At this time, it should be noted that the client UI (RW) output from the plurality of clients (200, 200 ', 200 ") belong to the same list, so that the remote control UI (IW) is output from the server 100 to the manager, When the remote control UI (IW) is manipulated so that the input signal is transmitted to the plurality of clients 200, 200 ', 200 ", the plurality of clients 200, 200', 200" are The time difference may occur in the next progression while being driven individually. This time difference is a time difference in receiving the configuration of the client UI (RW) from each client (200, 200 ', 200 ") in the server 100. The UI remote control system should be operated in consideration of this.

In brief, when the second client UI (RW) is output to the clients 200, 200 ', and 200 "by the operation of the first client UI (RW), the remote operation UI (IW) of the second client UI (RW) is displayed on the server 100. Wait until the client UI (RW) configuration of all the corresponding clients (200, 200 ', 200 ") connected to the server 100 is received for output from the server 100, and then all the clients (200, 200', 200"). When receiving the client UI configuration of the) the power generation module 110 is organized by list to retrieve the data stored in the window list DB 140 to output the remote operation UI (IW).

Based on the UI remote control system according to the present invention will be described for the management method and system of the application program.

In order to help understand the UI remote operation method and the system according to the present invention has been described above as an example of installing a plurality of applications to the client (200, 200 ', 200 "), but this is only an example and actually in the present invention According to the UI remote control method, the client UI displayed on the client is output from the server to the remote operation UI so that the remote operation can be performed.

However, the application management method and the system according to the present invention described below is to enable the server to collectively manage the program management, such as installing, upgrading, or uninstalling the application program in multiple clients. .

Therefore, in order to explain the UI remote operation method, the installation process of the application program mentioned above and the application program management method according to the present invention are somewhat different. One of the examples is the installation of the application program to explain the UI remote operation method. When the administrator executes the application program to be installed for each client individually, the client UI output is analyzed and the process is collectively processed by the server afterwards. On the other hand, in the case of the application management method, if only the application to be installed on the client is installed on the server, the administrator does not need to execute the application on the client, and all the management is performed along with the program distribution and installation on the server. To make things work.

8 is a block diagram illustrating a management system for executing an application program management method according to the present invention, and FIG. 9 is a flowchart illustrating a process of executing the application program management method according to the present invention.

Application management system according to the present invention, in the remote control system, the client (200, 200 ', 200 ") further includes a program execution module 240, the server 100 is a program management module ( 160, the program distribution module 170 and the program DB 180 is further included.

An application management method according to the present invention will be described with reference to the flowchart of FIG. At this time, in order to help explain the application program management method, the type of program management will be described taking an example of installing a program, installing and upgrading a patch file, and uninstalling a program.

1) a program transfer step (S10, S21, S22, S23, S24) of transmitting a program to be distributed to the client from the server to the target client;

Since the application to be transmitted to each client 200, 200 ′, 200 ″ is already stored in the server 100, the administrator can transfer the application from the server 100 to each client 200, 200 ′, 200 ″. send.

At this time, the case of transmitting the application program is probably the case of transmitting a new application to be installed to the client (200, 200 ', 200 "), and the application program already installed in the client (200, 200', 200") In some cases, you may want to send upgrade files or patch files to upgrade your version of the software or to install patch files.

However, in addition to the application and management includes uninstalling the application, the application program management step is not necessarily required in the application management method, the scope of the rights will be clearly specified through the following claims.

First, in the server 100, an administrator selects a job content (S10). Here, the job content refers to an installation, upgrade, and uninstall of an application program made between the server 100 and the client 200, 200 ', or 200 ". Application management.

If the selected work content is to be transmitted from the server 100 to the client (200, 200 ', 200 ") to select the target client. (S21) After that, the server 100 is selected as the selected client Send the application program (S22).

On the other hand, if the selected work content is to uninstall the application program pre-installed on the client (200, 200 ', 200 "), the target client is selected. The execution signal is transmitted (S24).

At this time, the application program or the patch file to be transmitted to the client (200, 200 ', 200 ") is stored in the program DB 180, the client 200, 200', 200 after being retrieved by the program distribution module 170 ") Is sent. In addition, a program management module 160 for checking in real time on the server 100 information about the application installed in each client (200, 200 ', 200 ") is further included, so that the administrator in the server 100 Even if you sit down, you can check the type and application of the application installed in the client (200, 200 ', 200 ") and upgrade.

2) a program execution step of executing the program in the client (S30);

When the program is received from the server 100 or receives the execution signal of the uninstall file, the program execution module 240 executes the received application program or executes the uninstall file. Of course, the OS of the client 200, 200 ′, 200 ″ starts to perform a general program installation process, a patch file installation process, or an uninstall process.

3) GUI output step (S40) for the OS outputs the client UI by the execution of the program;

Since the OS of the client 200, 200 ′, 200 ″ determines that the management operation for the application program is performed locally rather than through the server 100, the process of installing, uninstalling, or upgrading the application program is performed. To do this, it prints out a client UI (RW) asking the administrator for the following procedure.

Thereafter, the output client UI (RW) has already been applied to the above-described UI remote operation method so that one administrator can operate a plurality of clients 200, 200 ′, 200 ″ with one server 100.

The following procedure for the application program management method has been described through the UI remote operation method, and thus description thereof will be omitted here.

As described above, according to the present invention, a server and a plurality of clients manage a program pre-stored in a client in a system forming a network, or when a new program is installed, the server may process the batch in a batch. It is easy to manage.

In addition, since a plurality of terminals can be integrated and controlled through the main terminal, management of the plurality of terminals can be easily performed.

Claims (7)

In a network of servers and clients, GUI analysis step of analyzing the configuration of the client UI output from the client; A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server; A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents; A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step; A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI; A signal processing step of processing a request for a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step; UI remote operation method characterized in that it is included. In a network of servers and clients, A program execution step of the server executing a program stored in the client; A GUI output step of the OS outputting a client UI by executing the program; GUI analysis step of analyzing the configuration of the client UI output from the client; A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server; A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents; A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step; A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI; A signal processing step of processing a request for a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step; Application management method comprising a. The method of claim 2, Transmitting a program to be distributed to the client from the server to the client; Application management method comprising a. The method of claim 3, wherein The program to be distributed is a program transmission step, characterized in that one of the installation file or patch file; Application management method characterized in that it further comprises. The method of claim 2, wherein the transmitting of the GUI configuration content And the configuration content is converted into xml format and transmitted. The method according to any one of claims 2 to 5, wherein the GUI classification step is Handle value and / or coordinate information of the configuration of the client UI UI remote control method, characterized in that not compared with the handle value and / or coordinate information of the other client UI. In a network of servers and clients, GUI analysis step of analyzing the configuration of the client UI output from the client; A GUI configuration content transmitting step of transmitting the analyzed contents of the client UI to the server; A GUI classification step of classifying the configuration contents of the client UIs transmitted from the plurality of clients and classifying them by the client UIs having the same configuration contents; A GUI output step of outputting, from the server, a remote operation UI having the configuration contents of the client UIs classified through the GUI classification step; A signal transmission step of transmitting an input signal generated by the operation of the remote control UI to a client that outputs a client UI corresponding to the remote control UI; A signal processing step of processing a request for a corresponding client UI by a corresponding client recognizing an input signal transmitted from the server through the signal transmitting step; The recording medium on which the language for executing the UI remote operation method according to the computer is recorded.

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