KR100471420B1 - Method for remote installation of a software on client computers - Google Patents

Abstract

The present invention relates to a method for remotely installing software on a managed computer, and in particular, a remote installation after packaging the software in a state immediately executable on the client computer rather than simply downloading the software required for a plurality of managed client computers. By eliminating the manual work of installing software on client computers, it is possible to significantly reduce the administrative time of large client computers and to improve the performance of client computers. .

Description

How to roll out software to managed computers {METHOD FOR REMOTE INSTALLATION OF A SOFTWARE ON CLIENT COMPUTERS}

The present invention relates to a method for remotely installing software on a managed computer. More particularly, the present invention relates to a method of packaging the software in a state immediately executable on the client computer rather than simply downloading software required for a plurality of managed client computers. Remote installation after installation, which eliminates the manual task of installing software on client computers, greatly reducing administrative time for large client computers and improving the performance of client computers. It is about.

In a typical client / server system environment, a system administrator is responsible for efficiently managing hardware and software resources of client computers connected to the server via a network. However, as network speeds and capacities have increased, as more and more client computers are connected to one server, system administrators have been burdened with managing more client computers.

Therefore, in recent years, to reduce the burden on the system administrators, techniques have been developed to allow system administrators to more efficiently manage client computers on the server side.

One of the most notable features of these techniques is the ability to remotely install software onto client computers. If multiple client computers use the same software, such as a word processing program or mail program, or want to upgrade an existing program at the same time, the system administrator can remotely install it directly on the server without having to install the necessary software on the client computer. By installing the software on the client computer through control, not only can the system administrator's work burden be reduced, but also the version control of the software can be efficiently performed.

To this end, in the past, a program to be installed on a client computer for remote installation of software is stored on a server, and then a file is generated and distributed to the client computer, that is, a method of downloading.

However, in such a download, only the program file and related information of the corresponding software are stored on the client side. Therefore, in order to actually execute the software, the installation program included in the downloaded software must be run on the client side. There is a problem that the labor burden is increased.

It is an object of the present invention to manually install software on a client computer by remotely installing and packaging the software in a state immediately executable on the client computer, rather than simply downloading the software required for a plurality of managed client computers. It can be omitted to provide a method of remotely installing software on managed computers that can greatly reduce the administrative time of large client computers and improve the performance of client computers.

According to an aspect of the present invention, there is provided a method for remotely installing a software for a managed computer according to an aspect of the present invention, which includes: By compressing to have a smaller diet capacity than the original software, you can edit the Auto.bat, icons.cfg, and window.cfg files so that the installation software for the compressed state is automatically extracted from the client computer and extracted from the registry. And packaging the installation software to be stored in a data storage device so that a desktop icon is generated and transmitted and installed at the same time. (b) The remote management server makes a communication connection with the client card of the client computer through an internally mounted server card according to the booting of the client computer managed by the remote management server, and receives IP and password information of the client computer from the client computer. Notifying the authentication result to the client computer after the authentication process; (c) confirming current hardware and software resource information of the client computer by requesting information about hardware and software currently installed to the client computer to which the remote management server is connected and receiving resource information of the client side; (d) If the remote management server compares the resource information of the client computer with the existing hardware and software resource list information of the collected client computer, and changes the resource of the client computer, the resource list of the client computer is updated. Doing; (e) the remote management server notifying the resource list information to both the server side and the client side, and requesting the configuration mode information of the current client computer from the client computer to confirm the configuration mode information of the client computer; ; (f) Searching whether the remote management server compares the current software resource list of the checked client computer with a preset software installation schedule list for the client computer, and searches whether there is any uninstalled software on the client computer among the installation schedule list. Doing; And (g) if the remote management server has uninstalled software in the installation schedule list, forcibly changes the configuration mode of the client computer to the open mode, sets the transmission path of the internal server card to the client computer, and then Transmitting a packet for installing the software package for the uninstalled software stored in the storage device to the client computer and restoring the configuration mode of the client computer to one of the protection mode and the recovery mode after completion of the transmission; Including, but the configuration mode on the client computer side of the management target, the protection mode to maintain the protection area according to the user operation even when rebooted by setting the new data generated and stored according to the user's computer operation as a protection area, Even if new data is generated and stored according to the user's computer operation, new data generated and stored according to the user's computer operation is continuously accumulated without the recovery mode and recovery area to use only the existing recovery area upon reboot. By continuously updating the use area, a separate recovery area is not required, and thus, it is set to one of open modes open to external data.

Preferably, the step (a) may include: (a-1) searching for target software using installation capture tools and selectively extracting predetermined directories and system files which are essential components; (a-2) compressing the extracted essential components in a predetermined folder; (a-3) searching for the target software using a software source extraction tool to extract the required registry; (a-4) copying the extracted registry file (Registry.reg) under a first subfolder of the software; (a-5) creating a new folder [Common Files1] in a subfolder of the program folder; (a-6) The [Common Files1] folder is newly created by inserting the [Common Files] folder among the components extracted by the installation job capture tool in the newly created [Common Files1] folder. Designating as a subfolder of; (a-7) changing a name of the newly created [Common Files1] folder to a [Common Files] folder; (a-8) renaming the renamed [Common Files] folder to a new compressed folder name [Common] and compressing the renamed [Common Files] folder; (a-9) copying the compressed file (Common.zip) generated under the first subfolder of the software; (a-10) modifying an auto.bat file so that the registry file is automatically released after being transferred to a client computer; (a-11) modifying the icons.cfg file, which is a configuration file, to automatically form a software execution shortcut icon on the desktop of the client computer after transferring to the client computer; (a-12) modifying the configuration file windows.cfg file so that the configuration compression file is automatically released after being transferred to the client computer; And (a-13) converting all the components configured through the above processes into a single compressed file and storing the same in a data storage device as a software packaging file for client distribution. Characterized in that it comprises a.

More preferably, the system file is an ini file that stores various setting values required for program start, a dll file which is a library file in which independent objects are combined into one, and an hlp file in which help about an application program is recorded.

More preferably, the step (g) comprises the steps of: (g-1) requesting the current configuration mode information from the client computer to which the remote management server is connected to confirm the current configuration mode information of the client computer; (g-2) The remote management server determines whether the current computer configuration mode of the access client computer is an open mode, and opens the client computer when the configuration mode of the client computer is a protected mode or a recovery mode. Forcing to a mode; (g-3) confirming the software package to be transmitted by the remote management server, setting a client packet transmission path, performing authority registration, and generating a packet transmission event to perform authority setting; (g-4) the remote management server transmitting a packet of a corresponding software package in an optimized compressed state to the corresponding client computer having a packet transmission path; (g-5) the remote management server terminating the packet transmission event for the client computer according to the completion of the transmission of the software package; And (g-6) changing, by the remote management server, the environment setting mode of the corresponding connected client computer to a protected mode or a recovery mode which is the original setting mode; Characterized in that it comprises a.

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

Hereinafter, the present invention does not simply download software required for a plurality of managed client computers, but manually installs the software on the client computers by remotely installing the software in a ready-to-run state on the client computer. The method of remotely installing the software on the managed computer, which can be omitted, can greatly reduce the management time of the large client computer and improve the performance of the client computer, will be described as a preferred embodiment. Of course, it can be variously carried out by those skilled in the art without being limited or limited thereto.

1 is an exemplary view of an information communication system to which the present invention is applied.

As shown in FIG. 1, the information communication system to which the present invention is applied includes an information communication network 100, a remote management server 200, and a plurality of client computers 300.

The information communication network 100 includes an Internet network using a TCP / IP protocol that can be wired and a WAP protocol that can be wirelessly connected.

The remote management server 200 is externally connected to the client computer 300 to be described later through the information communication network 100 to perform operations such as improving the performance of the client computer 300, remote software installation, resource management, etc. The remote computer is a remote management device, the client computer 300 is a personal computer device installed in a large business place having a large number of computers, such as a company, school, academy, office, laboratory, PC room, booting and the remote management server 200 Is connected to and is a personal computer that is provided with a remote management service serviced by the remote management server 200. In this case, the client computer 300 is not limited to a personal computer belonging to a large business place as described above, but may be a single component such as a general home personal computer.

In addition, the remote management server 200 is not limited to the sole configuration of the remote management server as described above, to provide a separate external storage server to service the software remote installation method for the management target computer of the present invention to be described later It may be configured to enable smooth packet transmission. Hereinafter, for convenience of description, the remote management server 200 alone will be described as a service for remotely installing the software for the management target computer of the present invention. However, the present invention is not limited thereto.

As shown in FIG. 2, the remote management server 200 performing the software remote installation method for the managed computer according to the present invention includes a server card 210, an external interface 220, and a central control unit 230. , An authentication processing unit 231, a protection recovery management unit 232, a log data management unit 233, a transmission control unit 234, an event management unit 235, a software management unit 236, and a data storage device 240.

The server card 210 is an external interface card for connecting to a remote client computer 300 through the information communication network 100, and includes a file transfer and a communication socket. The server server 210 is configured as a separate hardware device rather than simply installed in the existing server, and the related connection management program is stored in the storage device (for example, EEPROM) in the card. It is configured to maintain connection stability.

The external interface 220 transmits data (for example, client authentication information) received by the server card 210 from an external client computer 300 to the inside, and external client installation data (for example, distribution S / W package). Information) to the server card 210.

The authentication processor 231 receives the IP and password information of the client computer that the server card 210 receives from the external client computer 300 and performs authentication processing.

The protection recovery management unit 232 checks the configuration mode information of the external client computer 200 through the server card 210, and the external configuration data of the configuration mode of the client computer 300 when the software is remotely installed according to the present invention. Switch to open mode to allow access.

At this time, the environment setting mode of the client computer 300 to be managed may be set in the client or server side in the protection mode, the recovery mode, and the open mode. The environment setting mode will be described in more detail later in the description of the client computer. .

The log data manager 233 stores log data about client authentication process information and environment setting information performed by the authentication processor 231 and the protection recovery manager 232 in a data storage device 240 to be described later.

On the other hand, the software management unit 236 registers the client computer 300 specified to install the software in the installation list when the remote installation of the software according to the present invention.

Also, the event manager 235 checks whether the connected client computer 300 is the client computer 300 registered in the software installation list of the software manager 236 according to the connection of the external client computers 300. Generates an event for remote installation of software according to the invention and terminates the event after the transfer ends.

The transmission control unit 234 transmits the installation software package stored in the data storage device 240 to the corresponding client computer 300 according to the event occurrence of the event management unit 235.

In this case, the installation software package may be a general program file or a program patch or upgrade data. In the present invention, the installation software is not merely downloaded to the external client computer 300, but components extracted from the software. After compressing and modifying the registry to make the optimized diet package state and sending it to the client computer 300, the software is simultaneously transmitted without the administrator having to perform installation work on the client computer 300 side again. It can be immediately executed within the client computer (300). The diet packaging method of such software will be described in more detail later in the description of the software remote installation method.

The data storage device 240 stores external client installation reservation list information, installation software package files, and client remote management related information, and the central control unit 230 controls the units to control the computer according to the present invention. Enable remote installation of software.

Meanwhile, as illustrated in FIG. 3, the client computer 300 managed according to the software remote installation method for the managed computer according to the present invention includes a client card 310, an external interface 320, and a client controller 330. ), A login manager 331, a protection recovery support unit 332, and a data storage unit 340.

The client card 310 is an external interface card for connecting to the remote management server 200 of the remote place through the information communication network 100, and includes a file transfer and a communication socket, in the present invention, the external An excellent server client by configuring the client card 310 as a separate hardware device rather than simply installing the connection program for connection to an existing computer and storing the connection management program in the storage device (for example, EEPROM) in the card. It is configured to maintain the connection stability between the.

The external interface 320 delivers the data (for example, distribution S / W package information) received by the client card 310 from the external remote management server 200 to the inside and the data for external server transmission (for example, Client authentication information) is transmitted to the client card 310.

When the login manager 331 accesses the server card 210 of the remote management server 200 of the client card 310, the login manager 331 provides login information for accessing the remote management server 300 of the client computer 300. The card 310 transmits to the corresponding remote management server 200.

The protection recovery support unit 332 manages the environment setting mode according to the operation of the client computer 300. The environment setting mode of the client computer 300 will be described in detail with reference to FIG.

The client computer 300 manages a variety of data generated according to the operation of the computer user in a variety of ways according to the configuration mode specified by the user, the configuration mode of the protection mode, recovery mode and open mode Three user setting modes are available.

In order to operate the configuration mode of the client computer 300, a predetermined space (for example, 5 gigabytes (GB)) of hard capacity in the client computer 300 is set as a virtual drive to set various default values of the PC settings. Will be saved.

At this time, the protection mode of the environment setting mode is to set the new data generated and stored according to the user's computer work as a protection area so that the protection area according to the user's work is maintained even upon rebooting, and the recovery mode is the user's computer. Even if new data is generated and stored according to work, only the existing recovery area is used at reboot. Open mode continuously accumulates and uses new data generated and stored according to user's computer operation without recovery area. By continuously updating the area, it is an open mode that does not require a separate recovery area.

As shown in FIG. 4A, the protection mode has a recovery area designated as a predetermined space of the first client computer 300, but after the change to the protection mode, data generated according to a user's work is newly defined as a protection area and rebooted. The protection zone is maintained even at the time. However, as shown in the figure, the protection area is deleted when the setting is changed to the recovery mode, and only the existing recovery area is maintained.

On the other hand, as shown in Figure 4b, in the recovery mode, only the recovery area designated as a predetermined space of the first client computer 300 is maintained, so that the data generated according to the user's work, that is, the use area is deleted upon rebooting. Will be.

In addition, as shown in FIG. 4C, since the open mode is an open mode for all data input and exchange, a recovery area does not exist and data generated according to a user's work, that is, a use area is continuously accumulated and is rebooted. Existing user data is accumulated and maintained.

Therefore, in order to perform the software remote installation method of the present application, it is necessary to change the client computer 300 to an open mode so that a new software installation state can be maintained. When the software is installed, the client computer 300 is changed to the open mode, and the software is automatically converted back to the original setting mode after completing the installation.

The data storage unit 340 is a storage device of the client computer 300, and the data storage unit 340 includes a predetermined virtual drive space for the above-described configuration mode operation.

Next, the overall flow according to an embodiment of the present invention for performing a software remote installation method for a computer to be managed will be described with reference to FIG.

5 is an overall flowchart illustrating a software remote installation method for a computer to be managed according to an embodiment of the present invention.

First, the remote management server 200 selects and extracts only essential components, system files, and registry information from the original software for distribution to the client computer 300 by using an installation job capture tool and compresses the original software separately. Edit your Auto.bat, icons.cfg, and window.cfg files to ensure that you have a smaller diet capacity than yours, and that the compressed installation software will be installed on the client computer using automatic software extraction, automatic registry extraction, and desktop icons. By packaging the corresponding installation software so that it can be generated, it is possible to store the data on the data storage device 240 in a state where the installation software package can be installed in the client computer only by transferring the installation software package to the external client computer 300. Thereby (S10).

Accordingly, the client side can immediately run and run the software, which is completed from the remote site to the distribution and installation process, through a shortcut icon on the desktop without additional installation work.

The central control unit 230 of the remote management server 200 communicates with the client card 210 of the client computer 200 through an internally mounted server card 210 according to booting of the client computer 200 to be managed. After the connection is made, the client computer 300 receives the IP and password information of the client computer from the login manager 331 of the client computer 300, and performs authentication through the internal authentication processor 231, and transmits the corresponding authentication information to the log data manager 233. By transmitting the authentication result information according to the client computer connection to the data storage device 240, the authentication result is notified to the client computer (S30).

The central controller 230 requests the client computer 300 to access information about hardware and software currently installed, and receives resource information of the client side recorded in the protection recovery support unit 332 of the client computer 300. Check the current hardware and software resource information (S40).

It is desirable to check hardware and software resources of the client at every boot, and update the resource list at every change.

The central controller 230 collects the hardware and software resource information of the client computer 300 received through the step S40 into the data storage device 240. The existing hardware and software resources of the client computer 300 are collected. It is determined whether there is a change in comparison with the list information (S50). When a change occurs in the corresponding client computer resource as a result of the comparison, the central control unit 230 first stores the corresponding data previously stored in the data storage device 240. The resource list of the client computer is updated to reflect this (S51).

On the other hand, as a result of the determination in step S50, if no change occurs in the corresponding client computer resources, the central controller 230 displays the resource list information through a display device (not shown) and at the same time the corresponding client computer ( 300 to display information on the current software and hardware resources of the computer on the client computer 300, while the protection recovery support unit 332 of the client computer 300, the configuration mode of the current client computer After checking the environment setting mode information received by requesting information through the protection recovery management unit 232 and transmitting to the log data management unit 233 to check and display the environment setting mode information of the client computer (S60).

The central control unit 230 compares the current software resource list of the client computer side identified in step S60 with the software installation reservation list preset for the client computer, and the software not installed on the client computer among the installation reservation lists. It is searched whether it exists (S70).

The central control unit 230 determines whether there is an uninstalled software installation reservation list in the client computer among the software preset as the installation reservation list in step S70 (S80), and there is no uninstalled software in the installation reservation list. If not, the central control unit 230 terminates the process and performs remote management for the general client computer.

On the other hand, as a result of the determination in step S80, if there is uninstalled software in the installation reservation list, the central controller 230 forcibly changes the configuration mode of the client computer 300 to the open mode and the internal server card 210 After setting the transmission path of) to the corresponding client computer side, the installation software package for the uninstalled software stored in the data storage device 240 is transmitted to the corresponding client computer 300 through the transmission control unit 234 and the environment of the client computer. By restoring the configuration mode to the original mode, the client computer performs a step of transmitting a distribution package for the installation software according to an embodiment of the present invention, which enables the corresponding software to be immediately started without a separate software installation operation (S90). .

On the other hand, the software packaging operation step for the client distribution step S10 will be described in detail with reference to FIG.

6 is a detailed flowchart illustrating the software packaging operation steps for client distribution according to an embodiment of the present invention.

Hereinafter, a description of the software packaging operation for client distribution according to an embodiment of the present invention is described using Photoshop 7.0 as an example, of course, the packaging principle of the present invention is not limited to the software.

First, the original Photoshop 7.0, which is the target software, is searched using Installation Capture Tools to selectively extract predetermined directories and system files which are essential components (S11).

At this time, the selection of the essential components can be selectively made in a range that does not impair the basic functions of the software, the system file is an ini file that stores various setting values required at the start of the program, a library file that combines the independent objects into one It is preferable that the hlp file is a recorded dll (Dynamic Link Library) file and the help for the application program.

The installation capture tool may be an installation creation tool such as Wise 5.0.

Next, the essential components extracted in the step S11 are compressed in a sub-WINDOWS folder of the [Photoshop 7.0] folder which is the first subfolder as shown in FIG. 7 (S12).

7 illustrates a folder structure of Photoshop 7.0 illustrated as an example.

Next, by using the software source extraction tool to search the original Photoshop 7.0, the target software to extract the required registry (S13).

In this case, the software source extraction tool may extract the registry of the corresponding software using visual C ++ source controls.

Next, the registry file (Registry.reg) extracted through the step S13 is copied under the [Photoshop 7.0] folder which is the first subfolder (S14).

Next, a new folder [Common Files1] is created in the subfolder [Program Files] of the [Photoshop 7.0] folder which is the first subfolder (S15).

Next, the [Common Files] folder is newly created by inserting the [Common Files] folder among the components extracted by the installation job capture tool into the [Common Files1] folder newly created in step S15. Files1] is designated as a subfolder of the folder (S16).

Next, in step S16, the name of the newly created [Common Files1] folder having the [Common Files] folder as a subfolder is changed to the [Common Files] folder (S17).

By forming the [Common Files] folder in a double structure like this, after compressing the folder afterwards, it will be able to have the same original software folder structure on the client computer when the compressed file is extracted on the client computer.

Next, the [Common Files] folder renamed through the step S17 is renamed to a new compressed folder name [Common] and compressed (S18).

Next, the compressed file (Common.zip) compressed and generated through the step S18 is copied under the [Photoshop 7.0] folder which is the first subfolder (S19).

Next, the auto.bat file is modified as shown in Table 1 below (S20).

  @echo off regedit / sregistry.reg

After the software is transferred to the client computer through the modification of the auto.bat file, the registry file can be automatically released from the client computer.

Next, connect the settings in the icons.cfg file, a configuration file, by using notepad to open and modify them as shown in Table 2 below (S21).

Photoshop7.0 = Photoshop

By modifying the icons.cfg file, after the software is transferred to the client computer, the software execution shortcut icon can be automatically formed on the desktop of the client computer.

Next, the configuration values in the windows.cfg file, a configuration file, are modified as shown in Table 3 below (S22).

Program Files = Common.zipwindows = windows.zip

Through such modification of the windows.cfg file, the software is transmitted to the client computer, and the configuration compression file can be automatically extracted from the client computer.

Next, all the components configured through the above-described process are converted into one compressed file and stored in the data storage device 240 as a software packaging file for client distribution (S23).

The software distribution file for client distribution, which is produced through the above-described process and stored in the data storage device 240, is later transmitted to the client computer 300, so that the compressed state is automatically released and an execution icon is formed on the desktop. By doing so, the client computer 300 can immediately use the corresponding software without a separate installation process.

On the other hand, the transmission step of the distribution package for the uninstalled software of the step S90 will be described in detail with reference to FIG.

8 is a detailed flowchart illustrating a step of transmitting a distribution package for uninstalled software according to an embodiment of the present invention.

First, the central control unit 230 of the remote management server 200 requests the current environment setting mode information through the protection recovery management unit 232 to the connected client computer 300 to set the current environment of the client computer 300. The mode information is checked (S91).

The central controller 230 determines whether the current computer configuration mode of the access client computer 300 is an open mode through the protection recovery management unit 232 (S92), and protects the configuration mode of the client computer. In the mode or the recovery mode, the client computer is forcibly switched to the open mode to enable the transmission and installation of the software package for distribution to the client computer (S93).

As a result of the determination in step S92, when the environment setting mode of the client computer is in the open mode, the central control unit 230 checks the software package to be transmitted through the internal software management unit 236 and sets the client packet transmission path. While performing the registration, a packet transmission event is generated through the internal event manager 235 to complete the authority setting (S94).

The central control unit 230 checks through the transmission control unit 234 whether the distribution package for the target software to be transmitted to the connected client computer 300 is already stored in the internal data storage device 240 (S95). .

The central control unit 230 determines whether or not the distribution software package is already held as a result of the check of the data storage device 240 (S96). Notification of the event execution is not possible and ends the corresponding transmission event (S97).

On the other hand, when it is determined in step S96 that the possession of the software package is checked, the central control unit 230 is in a compressed state optimized to the corresponding client computer 300 that has been routed through the transmission control unit 234. By transmitting the software package, the corresponding software can be installed and supported to be immediately executable on the client computer 300 (S98).

The central controller 230 terminates the packet transmission event for the corresponding client computer through the event manager 235 according to the transmission completion notification of the software package of the transmission controller 234 (S99).

The central control unit 230 changes the configuration mode of the access client computer 300 to the recovery mode through the protection recovery management unit 232 (S100).

On the other hand, by adding the step of confirming the transmission scheduled time setting before the transmission of the software package, it is possible to ensure that the transmission and installation of the software package can be made at an appropriate time according to the computer environment of the client side.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited to drawing.

As described above, the software remote installation method for the managed computer shown in the present invention does not simply download software required for a plurality of managed client computers, but packages the software in a state immediately executable on the client computer. After the remote installation, the manual work of installing software on the client computer side can be omitted, and the client side computer administrator can greatly reduce the time required for installing the software, thereby contributing to the reduction of the administrative staff for large computers.

In addition, the software for delivery is optimized through separate compression and registry modifications rather than simple distribution of the software, and then distributed after the software capacity and function diet is performed. There is also the effect of improving the performance of the client computer.

1 is an exemplary view of an information communication system to which the present invention is applied.

2 is an exemplary view showing a remote management server according to an embodiment of the present invention.

3 is an exemplary view showing a client computer according to an embodiment of the present invention.

4A to 4C are block diagrams illustrating an environment setting mode of a client computer according to an embodiment of the present invention.

5 is an overall flowchart illustrating a software remote installation method for a computer to be managed according to an embodiment of the present invention.

6 is a detailed flowchart illustrating the software packaging operation steps for client distribution according to an embodiment of the present invention.

7 is a diagram schematically showing a folder structure of Photoshop 7.0, which is a software packaging task target according to an embodiment of the present invention;

8 is a detailed flowchart illustrating a step of transmitting a distribution package for uninstalled software according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: information communication network 200: remote management server

210: server card 220: external interface

230: central control unit 231: authentication processing unit

232: protection and recovery management unit 233: log data management unit

234: transmission control unit 235: event management unit

236: software management unit 240: data storage device

300: client computer 310: client card

320: external interface 330: client control unit

331: Login management unit 332: Protective recovery support unit

340: data storage unit

Claims (6)

delete delete delete delete (a) The remote management server selects and extracts only certain prerequisites and registry information for the original software for client distribution to have a reduced diet capacity than the original software, while at the same time providing Auto.bat, icons.cfg, Edit the window.cfg file to package the software for installation so that the installation software in the compressed state is created on the client computer, automatic registry extraction, and the desktop icon are transferred and installed at the same time. Making a step; (b) The remote management server makes a communication connection with the client card of the client computer through an internally mounted server card according to the booting of the client computer managed by the remote management server, and receives IP and password information of the client computer from the client computer. Notifying the authentication result to the client computer after the authentication process; (c) confirming current hardware and software resource information of the client computer by requesting information about hardware and software currently installed to the client computer to which the remote management server is connected and receiving resource information of the client side; (d) If the remote management server compares the resource information of the client computer with the existing hardware and software resource list information of the collected client computer, and changes the resource of the client computer, the resource list of the client computer is updated. Doing; (e) the remote management server notifying the resource list information to both the server side and the client side, and requesting the configuration mode information of the current client computer from the client computer to confirm the configuration mode information of the client computer; ; (f) Searching whether the remote management server compares the current software resource list of the checked client computer with a preset software installation schedule list for the client computer, and searches whether there is any uninstalled software on the client computer among the installation schedule list. Doing; And (g) If the remote management server has uninstalled software in the installation schedule list, the environment setting mode of the client computer is forcibly changed to the open mode, the transmission path of the internal server card is set to the client computer side, and the corresponding software is not installed. By extracting and extracting only certain essential components, system files, and registry information about the software, and compressing them separately, they have a smaller diet capacity than the original software. In order to enable automatic software decompression, automatic registry decompression, and desktop icon generation without additional installation work, the packet is transmitted to the client computer for the installation software package created in step (a) Fee after the step of restoring the configuration mode for the client computer to the protected mode or the recovery mode, a configuration mode of; Including, Step (g) is (g-1) requesting current configuration mode information from a client computer to which the remote management server is connected to check current configuration mode information of the client computer; (g-2) The remote management server determines whether the current computer configuration mode of the access client computer is an open mode, and opens the client computer when the configuration mode of the client computer is a protected mode or a recovery mode. Forcing to a mode; (g-3) confirming the software package to be transmitted by the remote management server, setting a client packet transmission path, performing authority registration, and generating a packet transmission event to perform authority setting; (g-4) The remote management server extracts only the required components, system files, and registry information of the uninstalled software to the client computer of which the packet transmission path is set, and compresses separately to reduce the diet capacity compared to the original software. At the same time, in step (a), the installation software in the compressed state can be automatically decompressed, automatic registry decompression, and desktop icon generation can be performed on the client computer by editing the system file. Packet-transferring the generated software package for installation; (g-5) the remote management server terminating the packet transmission event for the client computer according to the completion of the transmission of the software package; And (g-6) changing, by the remote management server, the configuration mode of the corresponding connected client computer to the protection mode or the recovery mode, which is the original setting mode; Including, The environment setting mode on the client computer side to be managed is Protection mode to set the new data generated and stored according to the user's computer operation as a protection area so that the protection area according to the user's work is maintained even when rebooting, even if new data generated and stored according to the user's computer operation is created. A separate recovery area is required by continuously accumulating new data generated and stored according to the user's computer operation without using the recovery mode and recovery area so that only the existing recovery area is used at reboot. Remote software installation method for the managed computer, characterized in that not set to one of the open mode open to accept external data. The method of claim 5, Step (a) is, (a-1) Installation task Ini file that searches for target software by using Capture Tools and saves various settings necessary for program start, dll file, which is a library file that integrates independent objects, and application program Selecting and extracting a system file including an hlp file in which help is recorded and a predetermined directory which is an essential component; (a-2) compressing the extracted essential components in a predetermined folder; (a-3) searching for the target software using a software source extraction tool to extract the required registry; (a-4) copying the extracted registry file (Registry.reg) under a first subfolder of the software; (a-5) creating a new folder [Common Files1] in a subfolder of the program folder; (a-6) The [Common Files1] folder is newly created by inserting the [Common Files] folder among the components extracted by the installation job capture tool in the newly created [Common Files1] folder. Designating as a subfolder of; (a-7) changing a name of the newly created [Common Files1] folder to a [Common Files] folder; (a-8) renaming the renamed [Common Files] folder to a new compressed folder name [Common] and compressing the renamed [Common Files] folder; (a-9) copying the compressed file (Common.zip) generated under the first subfolder of the software; (a-10) modifying an auto.bat file so that the registry file is automatically released after being transferred to a client computer; (a-11) modifying the icons.cfg file, which is a configuration file, to automatically form a software execution shortcut icon on the desktop of the client computer after transferring to the client computer; (a-12) modifying the configuration file windows.cfg file so that the configuration compression file is automatically released after being transferred to the client computer; And (a-13) converting all the components configured through the above steps into a single compressed file and storing them in a data storage device as a software packaging file for client distribution that can be executed immediately upon client distribution; Remote software installation method for the managed computer comprising a.