KR101209941B1 - The retrieval system and restoring method using the windows hive file - Google Patents

Abstract

PURPOSE: A restoration system using a windows hive file and a method thereof are provided to restore a windows speed through control of the windows hive file, thereby using an updated version program without upgrading a program. CONSTITUTION: An installing unit(100) installs a storing unit(200), a monitoring unit(300) and a speed restoring unit(400) and stores a windows hive file at an initial installing time. The storing unit stores the windows hive file as a backup hive file and records a storing time in a mapping information database(500). The monitoring unit monitors registry information and calls the storing unit when a program influencing a Windows speed is installed and deleted. The speed restoring unit replaces the Windows hive file by the backup hive file when speed restoration is requested. [Reference numerals] (100) Installing unit; (200) Storing unit; (300) Monitoring unit; (400) Speed restoring unit; (500) Mapping information database; (AA) Storing a backup hive file; (BB) Inputting index information in a mapping information database; (CC) Installing the storing unit, the monitoring unit, and the speed restoring unit; (DD) Storing a current windows hive file; (EE) Loading a backup windows hive file at a point when a user selects; (FF) Replacing a driving windows hive file with the backup hive file which the user selects; (GG) Monitoring changed information which is program addition/ removal; (HH) Calling the storing unit

Description

Restoration system and restoration method using Windows hive file {THE RETRIEVAL SYSTEM AND RESTORING METHOD USING THE WINDOWS HIVE FILE}

The present invention relates to a system and a method for restoring windows speed using a Windows hive file. More particularly, the present invention relates to a method of restoring a Windows speed by replacing a running Windows hive file with a backup hive file. The present invention relates to a system and a method for restoring the speed of an operating system.

In general, when using Windows, which is an operating system (OS), the speed of Windows often decreases due to various virus programs, user mistakes, or carelessness. In addition, installing or changing certain programs can slow down Windows.

In order to recover the speed of Windows in response to such problems occurring in Windows, the following techniques have been used.

First, the backup and restore function provided by Windows was used. However, in order to restore Windows to its initial state, the user must reinstall Windows or enter CD-ROM mode to enter DOS mode, execute certain commands, and reinstall the default driver to run Windows. In addition, if a malicious program is installed, it also restores the malicious program, which slows down Windows and adversely affects the system. When the system is restored, all programs installed by the user after the restore point are deleted. If you use a program that was deleted after the restore, you must reinstall the program. According to this method, since the Windows backup and restore function restores system information and file information, even if the user upgrades the program to the latest version, after the restoration, the program is changed to the lower version program file at the time of saving and the user upgrades again. There is a problem that must be done. In addition, this method, which is a basic function of Windows, does not provide a function to select and delete a save time, only a function to delete the entire save time, and does not provide a management function for the save time so that the user does not want to automatically save. Because of the existence of time points, it is difficult for a user to accurately select a storage time point to be restored.

Second, the Windows backup and restore function is used to back up the registry hive file using the Recovery Console. However, this method has a problem in that backup is performed until the reserved disk space is full, so that when a new restore point is created, the previous restore point is automatically deleted, and the time point at which the optimized speed is stored is arbitrarily deleted.

Thirdly, if the program is not installed through the program installation agreement or the installation shield, Windows does not detect the automatic save point, but there is a problem that the user cannot restore the system to the correct time point.

The present invention has been proposed to solve the above problems, and can efficiently restore the speed of Windows by using the Windows Hive file, which is the configuration information of Windows, and ultimately, by selecting the user, It is an object of the present invention to provide a restoration system and a restoration method using a Windows hive file that can be quickly restored to a specific storage point.

In order to achieve the above object, the present invention provides a restoration system using a Windows hive file, comprising: an installation unit for installing a storage unit, a monitoring unit, and a speed recovery unit of the restoration system, and storing a Windows hive file at the time of initial installation; A storage unit for storing a Windows hive file as a backup hive file when a speed storage request occurs, and recording a time point for storing the mapping information database; A monitoring unit that calls the storage unit when a program installation and deletion operation affecting the speed of Windows is monitored by monitoring registry information; and a Windows hive file is replaced by a backup hive file when the user requests a speed recovery. It provides a recovery system using a Windows hive file, comprising: a speed recovery unit for recovering.

In addition, the storage unit checks whether the stored backup hive file exists and, if the backup hive file does not exist, creates a new backup hive file using the registry information currently loaded in the memory and saves the data to a local hard disk or an external storage medium. It is characterized by storing.

The storage unit may check whether the stored backup hive file exists and, if the backup hive file exists, generate another backup hive file and store the same on the local hard disk or an external storage medium.

In addition, the speed recovery unit loads the mapping information from the mapping information database so that the user can select the speed storage time, and generates a backup hive file of the speed storage time selected by the user as a new Windows hive file do.

In addition, a method for restoring a system using a Windows hive file, the method comprising: an installation step of installing a module for storing, monitoring, and recovering a Windows speed, and storing a Windows hive file at an initial installation time; A storage step of storing a Windows hive file as a backup hive file when a speed storage request is generated, and recording a storage time in a mapping information database; A monitoring step of monitoring registry information and invoking the storage unit when an installation and deletion operation of a program affecting the speed of Windows occurs; It provides a system restore method using a Windows hive file consisting of; a recovery step of restoring the speed of the Windows operating system by replacing a running Windows hive file with a backup hive file when a user requests a speed recovery.

In addition, the storing step checks whether the stored backup hive file exists and, if the backup hive file does not exist, creates a new backup hive file using the registry information currently loaded in the memory, and then stores the local hard disk or an external storage medium. Characterized in that stored in.

The storing may include checking whether a stored backup hive file exists and, if the backup hive file exists, generate another backup hive file and store the same on a local hard disk or an external storage medium.

In addition, the recovering step loads the mapping information from the mapping information database so that the user can select a speed storage time, and generates a backup hive file of the speed storage time selected by the user as a new Windows hive file. do.

According to this invention comprised as mentioned above, it has the following effects.

First, by controlling the Windows hive file to restore the speed of Windows to maintain the latest version of the program, and to restore the speed to the point in time you choose, you can use the best version of the program you have installed without upgrading the program. Can be.

Second, when the user selects a restore point for recovering Windows speed, the user can easily determine a restore point to recover by providing a description function, a management function, and a partial deletion function for various stored restore points.

Third, even if a new restore point is created, the old restore point remains stored by not deleting the information that stores the speed of Windows so that the user can select and restore the restore point at the optimized speed.

Fourth, it can monitor the change information of the Windows Hive file which records the information when the program is running in Windows, and automatically save the change information regardless of the installation media to restore the speed accurately to the point of time selected by the user. have.

1 is a configuration diagram of a restoration system using a Windows hive file according to the present invention.
FIG. 2 is a flowchart illustrating the installation unit in FIG. 1 in more detail.
FIG. 3 is a flowchart for explaining the storage of FIG. 1 in more detail.
4 is a flowchart for explaining the monitoring unit in FIG. 1 in more detail.
5 is a flowchart for explaining the speed recovery unit in FIG. 1 in more detail.
6 is a flowchart illustrating a restoration method using a Windows hive file according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail preferred embodiments of the restoration system using a Windows hive file according to the present invention. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a block diagram showing the overall configuration of a restoration system using a Windows hive file according to the present invention. According to FIG. 1, the restoration system using the Windows hive file includes an installation unit 100, a storage unit 200, a monitoring unit 300, and a speed recovery unit 400.

The installation unit 100 is responsible for installing the overall main components of the restoration system using the Windows hive file. The storage unit 200, the monitoring unit 300, and the speed recovery unit 400 are installed, and the current Windows hive file is stored at the initial installation time to automatically generate a recovery point. At this time, the index information is input to the mapping information database 500 for storage time management. The index information is used to distinguish a backup hive file to be described later.

When the storage unit 200 receives the storage request from the monitoring unit 300, the storage unit 200 checks whether a stored backup hive file exists. If the backup hive file does not exist as a result of the test, a new backup hive file is created and stored on the local hard disk using the registry information currently loaded in the memory. In addition, the backup hive file may be separately generated on an external storage medium in order to prevent loss of information stored on the local hard disk. The external storage medium may be a file server, or may be various types of storage media such as a separate USB disk or a web hard drive using the Internet.

The monitoring unit 300 monitors the registry information regarding the installation and removal operation of the program affecting the speed of Windows so that the user can automatically save the corresponding time even if the recovery time is not specified. In the conventional backup system, a user designates a separate storage point or a date and restores the system based on this. However, in the present invention, the monitoring unit 300 is provided so that the user can change the program without additional designation. It is characterized by automatically storing the time of restoration.

The speed recovery unit 400 restores the speed of Windows by replacing a running Windows hive file with a backup hive file selected by the user when a request for speed recovery occurs.

2 is a flowchart illustrating a specific operation flow of the installation unit of the restoration system according to the present invention.

First, the installation unit installs a storage unit, a monitoring unit, and a speed recovery unit for speed storage and recovery using the Windows hive file (S110), and then calling the storage unit to store the current Windows hive file at the initial installation time ( S120).

3 is a flowchart illustrating a specific operation flow of a storage unit of a restoration system according to the present invention.

First, the storage unit goes through a step (S210) of checking whether an existing backup hive file exists. If the existing backup hive file does not exist in the checking step, the first backup hive file is generated using the registry information currently loaded in the memory and stored in the local hard disk (S220). If there is an existing backup hive file in the checking step, a new backup hive file is generated and stored in the local hard disk (S230). In order to prevent the loss of information stored in the local hard disk, the backup hive file may be separately created on an external storage medium. The external storage medium may be a file server, or may be various types of storage media such as a separate USB disk or a web hard drive using the Internet. Subsequently, mapping information is generated for storage point management and the index information is input to the mapping information database 500 (S240). As described above, the present invention has mapping information for each storage time point, and thus, a speed recovery unit to be described later may be selected by the user at each time point to determine a restoration time point.

4 is a flowchart illustrating a specific operation flow of the monitoring unit of the restoration system according to the present invention.

First, the monitoring unit goes through step S310 of monitoring the speed change information. Since the speed of Windows is changed mainly by installing and uninstalling programs, the speed change information is monitored using this. In the monitoring step, the installation and deletion of the program are monitored, and whether or not the speed change is determined based on the monitoring whether the registry information of Windows is added or changed. If the program is installed, the registry information of the Windows is added and detected, and the storage unit is called to automatically generate a restore point and a backup hive file (S320). When the program is deleted, the registry information of the Windows is changed and detected, and the storage unit is called to automatically generate a restore point and a backup hive file (S330). If there is a speed change monitoring stop command of the user, the step of monitoring the speed change information is ended, whereas if there is no stop command, the process returns to step S310 of monitoring the speed change information (S340).

5 is a flowchart illustrating a specific operation flow of the speed recovery unit of the restoration system according to the present invention.

First, when there is a user's request for recovering the windows speed, a step (S410) is performed to determine whether a storage point exists in the mapping information database 500. If the mapping information exists, a step (S420) of loading mapping information for each viewpoint existing on the mapping information database 500 to be selected by the user is performed. If mapping information does not exist, it is terminated. In step S420, a step of loading a backup hive file at a specific time point selected by the user is performed. In operation S430, the backup hive file at a specific point in time may be loaded first from the local hard disk. If the backup hive file does not exist on the local hard disk, the backup hive file may be loaded from a separate external storage device. After the loading step S430, the storage unit is called to back up the current Windows hive file in preparation for the rollback (to cancel the roll back speed recovery and restore the current state). Next, a step (S450) of replacing the backup hive file and the loaded hive file of the current Windows is performed. Replacing the hive file will restore Windows' speed and restore the system.

6 shows an overall flowchart of a restoration method using a Windows hive file according to the present invention.

Restoration method using the Windows hive file according to the present invention is to install a large module for the storage, monitoring and recovery of the Windows speed, the installation step to save the Windows hive file at the time of the first installation, and the Windows hive file when the speed save request occurs A storage step of storing a backup hive file and recording a time point of storing the data in a mapping information database; a monitoring step of monitoring the registry information and calling the storage unit when an operation of installing or deleting a program affecting the speed of Windows occurs; It consists of a recovery phase to recover the speed of the Windows operating system by replacing the running Windows hive file with a backup hive file when a speed recovery request is made.

The user goes through a step of installing a restoration system using the Windows hive file (S510). After the installation step (S510) to go through the step of storing the speed (S520) in order to store the speed information of the current window. When the speed is stored, the current Windows hive file may be stored as a backup hive file on a local hard disk or a separate external storage medium. In this case, index information is input to store the current time point in the mapping information database 500. Next, the step of monitoring the breaking news change information (S530). In the regular monitoring step (S530), the registry information of Windows is monitored to monitor whether a speed change occurs. In general, when installing, changing, or deleting a program, Windows speed is changed. If there is a speed change, it goes through the step of storing it (S540), which proceeds in the same way as step S520 described above. Next, if there is a user's request for speed recovery, each time point is loaded from the mapping information database 500 to wait for the user's selection (S550). If the user selects a specific point in step S550, the backup hive file at that point is loaded and replaced with the current Windows hive file (S560). These steps will help you recover Windows speed and restore your system.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: installation unit 200: storage unit
300: monitor 400: speed recovery unit
500: mapping information database

Claims (8)

In the restoration system using the Windows hive file,
An installation unit for installing a storage unit, a monitoring unit, and a speed recovery unit of the restoration system and storing a Windows hive file at the time of initial installation;
A storage unit for storing a Windows hive file as a backup hive file when a speed storage request occurs, and recording a time point for storing the mapping information database;
A monitoring unit which monitors registry information and calls the storage unit when an installation and deletion operation of a program affecting the speed of Windows occurs; and
And a speed recovery unit for recovering the speed of the Windows operating system by replacing a running Windows hive file with a backup hive file when a user requests a speed recovery.
The storage unit checks whether a stored backup hive file exists. If the backup hive file does not exist, the storage unit creates a new backup hive file using the registry information currently loaded in the memory and stores the file in a local hard disk or an external storage medium. If a backup hive file exists, a new backup hive file is created and stored on a local hard disk or an external storage medium. delete delete The method of claim 1,
The speed recovery unit loads the mapping information from the mapping information database so that a user can select a speed storage time, and generates a backup hive file of the speed storage time selected by the user as a new Windows hive file. Restoration system using hive file. In the system restore method using the Windows hive file,
An installation step of installing a storage unit, a monitoring unit, and a speed recovery unit and storing a Windows hive file at the time of initial installation;
A storage step of storing a Windows hive file as a backup hive file when a speed storage request is generated, and recording a storage time in a mapping information database;
A monitoring step of monitoring registry information and invoking the storage unit when an installation and deletion operation of a program affecting the speed of Windows occurs;
And a recovery step of restoring the speed of the Windows operating system by replacing a running Windows hive file with a backup hive file when a user requests a speed recovery.
The storing step checks whether a stored backup hive file exists and, if the backup hive file does not exist, creates a new backup hive file using the registry information currently loaded in the memory and stores it on the local hard disk or an external storage medium. And if a backup hive file exists, create another backup hive file and store the data on a local hard disk or an external storage medium. delete delete The method of claim 5, wherein
The recovering step loads the mapping information from the mapping information database so that a user can select a speed storing time, and creates a backup hive file of the speed storing time selected by the user as a new Windows hive file. How to restore system using Hive file.

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