CN115794210A - Software and drive version management based method, device, equipment and storage medium - Google Patents
Software and drive version management based method, device, equipment and storage medium Download PDFInfo
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Abstract
The application relates to a management method, a device, equipment and a storage medium based on software and driver versions, which are applied to the technical field of terminal management and comprise the steps of responding to an update instruction and obtaining version information of terminal software and drivers, wherein the version information at least comprises the following steps: a terminal name and a corresponding terminal version; searching an updated version corresponding to the terminal name in a preset version database; if the updated version is inconsistent with the terminal version, updating the terminal software and the driver corresponding to the updated version; and if the updated version is consistent with the terminal version, displaying a prompt that the version is up to the latest. The method and the device for updating the terminal software and the driver detect whether the terminal software and the driver need to be updated or not according to the terminal software and the driver corresponding to the updated version, and uniformly manage the software and the driver which need to be updated so as to increase the management efficiency of the terminal software and the driver.
Description
Technical Field
The present application relates to the field of terminal management technologies, and in particular, to a method, an apparatus, a device, and a storage medium for managing a version based on software and driver.
Background
With further deepening of government reform, the demand for construction or modification of a government service hall is also rising day by day. Many different types of terminal devices are included. The management of these terminal devices is a necessary task for the daily operation and maintenance of the government affairs service hall, and therefore, the related requirements of the corresponding terminal software and the corresponding system platform are also generated.
In a scenario of a government hall with a plurality of self-service terminals and desktop terminals, the terminals are managed, and the management mainly comprises two aspects of terminal software and terminal-driven version management. In the aspect of terminal software, software function modules corresponding to different types of terminals are different; in terms of terminal driving, hardware device modules integrated by different terminals also have differences in brands and models and correspond to different driving programs.
According to the related technology, the fact that various terminals of a government affair hall need to be sequentially managed according to terminal classification results in low terminal management efficiency and influences normal work of the government affair service hall.
Disclosure of Invention
In order to solve the problems that various terminals in a government affair hall need to be sequentially managed according to terminal classification, so that the terminal management efficiency is low, and the normal work of the government affair service hall is influenced, the application provides a software-based and drive version management method, a device, equipment and a storage medium.
In a first aspect, a method for managing a version based on software and driver, provided by the present application, adopts the following technical solution, including: responding to the update instruction, and acquiring version information of the terminal software and the driver, wherein the version information at least comprises: a terminal name and a corresponding terminal version;
searching an updated version corresponding to the terminal name in a preset version database;
if the updated version is inconsistent with the terminal version, updating the terminal software and the driver corresponding to the updated version;
and if the updated version is consistent with the terminal version, displaying a prompt that the version is up to the latest.
By adopting the technical scheme, when the system receives an updating instruction, the system acquires version information of terminal software and a driver, then the system searches an updating version corresponding to a terminal name in a version database, if the system detects that the updating version is consistent with the terminal version, the system indicates that updating is not needed, and the system displays a prompt that the version is up to date through a display end; if the system detects that the updated version is inconsistent with the terminal version, the system indicates that the terminal software or the driver needs to be updated, and the system updates the corresponding terminal software and driver according to the updated version, so that whether all the terminal software and drivers need to be updated is detected, and the software and the drivers needing to be updated are managed in a unified manner, so that the management efficiency of the terminal software and the drivers is improved.
Optionally, the update instruction is generated and responded according to a preset update cycle, and the version information of the terminal software and the driver is obtained;
or
Acquiring the version information of the terminal software and driver upon receiving the update instruction from the administrator terminal
Or
And acquiring the version information of the terminal software and the driver when the updating instruction from the terminal software and the driver is received.
By adopting the technical scheme, when the system receives an update instruction of the administrator terminal, the system acquires version information; or the system automatically generates and responds to the updating instruction according to a preset period to acquire version information; or when the terminal software or the driver detects that the terminal software or the driver needs to be updated, the system sends an update instruction to the system, and the system acquires corresponding version information, so that the update instruction is generated according to different modes, the terminal software and the driver can be updated through a timing period, the terminal software and the driver can be determined to be updated by an administrator, and the terminal software and the driver can be updated through the automatic version detection function of part of the terminal software and the driver, so that the flexibility of updating the terminal software and the driver is improved.
Optionally, if the update version is inconsistent with the terminal version, updating the terminal software and the driver corresponding to the update version includes:
If the updated version is inconsistent with the terminal version, comparing the updated version with the terminal version to obtain a differentiation module;
acquiring a module file corresponding to the differentiation module from the version database;
and updating corresponding terminal software and drive according to the module file.
By adopting the technical scheme, if the system detects that the update version is inconsistent with the terminal version, the fact that the terminal software and the driver need to be updated is indicated, the system compares the update version with the terminal version to obtain the differentiation module, then the system searches the module file corresponding to the differentiation module in the version database, and updates the corresponding terminal software and driver according to the module file, so that the terminal software and the driver are modularly distinguished, the terminal software and the driver specified module are managed, the terminal software and the driver module are combined according to application scenes and requirements, the terminal software and the driver module can be updated in stages, time intervals and batches, and the flexibility of terminal software and driver management is greatly improved.
Optionally, the updating the corresponding terminal software and driver according to the module file includes:
After detecting that the terminal software is started next time, updating the corresponding terminal software and the corresponding driver according to the module file;
or
And when the updating time is received and the updating time is reached, updating the corresponding terminal software and the corresponding driver according to the module file.
By adopting the technical scheme, if the terminal software and the driver need to be updated, the system updates the terminal software and the driver according to the module file after detecting that the terminal software and the driver are started for the next time or when the system reaches the preset updating time, so that the updating of the terminal software and the driver by a user under the condition of using the terminal software and the driver can be reduced, and the flexibility of software and driver management is improved.
Optionally, after the responding to the update instruction and obtaining the version information of the terminal software, the method further includes:
if the updated version is inconsistent with the terminal version, downloading an updated file corresponding to the version information;
decompressing and checking the update file to obtain a module file;
and storing all the module files into the version database.
By adopting the technical scheme, if the terminal software and the driver need to be updated, the system downloads the update file corresponding to the version information, decompresses and checks the update file, acquires all module files, and stores the module files in the version database, so as to modularize the terminal software and the driver, and further facilitate updating different modules according to different application scenes, so as to facilitate improving the convenience of management of the terminal module and the driver, and place all types of terminal software and driver module files in one database, thereby greatly reducing the redundancy of the terminal software and the driver related files, improving the utilization rate of server storage, and simultaneously updating the terminal software and the driver in batches and stages according to the module files, so as to reduce the processing pressure of the system.
Optionally, after storing all the module files in the version database, the method further includes:
and storing the identification, the version and the storage position of each module file into a preset module database.
By adopting the technical scheme, after the system stores the module files in the version database, the system stores the identification, the version and the storage position of each module file in the module database, thereby facilitating the module files to be searched.
Optionally, when the restore information is received, the restore information includes: restoring the version and the name, and searching the identification, the version and the storage position of the differentiation module corresponding to the restoration information in the module database;
searching the corresponding reduction file in the version database according to the differentiated identifier, version and storage position;
and restoring the corresponding terminal software and drive according to the restored file.
By adopting the technical scheme, when a user wants to restore updated software or drive, the user side sends restoration information to the system, the system searches the differentiation module corresponding to the restoration information in the module database, the system searches the restoration file corresponding to the differentiation module in the version database, and restores the terminal software or drive according to the restoration file, so that the most suitable version is selected according to the requirement of the user, and the flexibility of terminal software and drive management is improved.
In a second aspect, the present application provides a software-based and driver version management apparatus, which adopts the following technical solution, including:
a detection module, configured to respond to an update instruction, to obtain version information of the terminal software and the driver, where the version information at least includes: a terminal name and a corresponding terminal version;
the storage module is used for searching an update version corresponding to the terminal name in a preset version database;
the management module is used for updating the terminal software and the driver corresponding to the updated version if the updated version is inconsistent with the terminal version;
and the updating module is used for displaying a prompt that the version is up to the latest if the updated version is consistent with the terminal version.
By adopting the technical scheme, when the system receives an updating instruction, the system acquires version information of terminal software and a driver, then searches an updating version corresponding to a terminal name in a version database, if the system detects that the updating version is consistent with the terminal version, the updating is not needed, and the system displays a prompt indicating that the version is up to date through a display terminal; if the system detects that the update version is inconsistent with the terminal version, the system indicates that the terminal software or the driver needs to be updated, and the system updates the corresponding terminal software and driver according to the update version, so that whether all the terminal software and drivers need to be updated is detected, and then the software and the drivers needing to be updated are managed in a unified manner, so that the management efficiency of the terminal software and the drivers is improved.
In a third aspect, the present application further provides a control device, where the device includes:
comprising a memory and a processor, said memory having stored thereon a computer program capable of being loaded by the processor and of executing the software-based and driver version management method as described above.
In a fourth aspect, the present application further provides a computer-readable storage medium storing a computer program capable of being loaded by a processor and executing the software-based and driver version management method as described above.
In summary, the present application includes at least one of the following beneficial technical effects:
1. and updating the corresponding terminal software and driver according to the updated version, thereby detecting whether all the terminal software and drivers need to be updated, and further uniformly managing the software and drivers needing to be updated so as to increase the management efficiency of the terminal software and the drivers.
2. The terminal software and the driver are modularized by storing the module files in the version database, so that different modules can be updated according to different application scenes, convenience in management of the terminal modules and the driver is improved, all types of terminal software and driver module files are placed in one database, redundancy of the terminal software and the driver related files is greatly reduced, the utilization rate of server storage is improved, and meanwhile, the terminal software and the driver can be updated in batches and stages according to the module files, so that the processing pressure of a system is reduced.
3. And updating the terminal software and the driver according to the module file, so that the updating of the terminal software and the driver by a user under the condition of using the terminal software and the driver can be reduced, and the flexibility of software and driver management can be increased.
Drawings
Fig. 1 is a flowchart illustrating a method for managing a version based on software and driver according to an embodiment of the present disclosure.
Fig. 2 is a flow diagram illustrating the sub-steps of step S10 in some embodiments.
Fig. 3 is a block diagram of a software-based and driver version management apparatus according to an embodiment of the present application.
Description of the reference numerals: 310. a detection module; 320. a storage module; 330. a management module; 340. and updating the module.
Detailed Description
The present application is described in further detail below with reference to fig. 1-3.
The embodiment of the application discloses a software and driver version based management method, a device, equipment and a storage medium. The execution device is a management system which is divided into a module management unit and a module storage unit, the module management unit is used for detecting and updating versions of the terminal software and the driver, and the module storage unit is used for downloading and storing update packages corresponding to modules in the terminal software and the driver.
The application unifies the interfaces of various hardware modules, so that the driving of various hardware devices can be adapted and modularized. Meanwhile, interfaces are uniformly called for the terminal software, so that various types of software can be modularized. The terminal software and the driver are modularized on the overall design, so that the software and the driver can be separated into modules, and the software and the driver modules can be combined according to the actual scene and the corresponding functional requirements.
Referring to fig. 1, the embodiment of the present application includes at least steps S10 to S40.
And S10, responding to the updating instruction, and acquiring version information of the terminal software and the driver.
Wherein the version information at least comprises: a terminal name and a corresponding terminal version. The terminal name is an identifier for identifying terminal software or a driver, and the terminal version is a version model of current software or driver, for example: version 6.5. Meanwhile, after the updating is finished, the system can update the version information, so that the versions of the software and the driver can be conveniently identified.
Specifically, when the module management unit receives the update instruction, the module management unit detects the terminal software and the driver, and obtains the terminal names and the corresponding terminal versions of the terminal software and the driver, so that whether the versions of the software and the driver need to be updated or not is judged conveniently, the software and the driver needing to be updated are updated conveniently, and the terminal management efficiency is improved.
And S20, searching an updated version corresponding to the terminal name in a preset version database.
Wherein the version database is a database for storing modules of each terminal software and driver. The updated version is the latest version of the terminal software and drivers.
Specifically, the module storage unit searches for an update version corresponding to the terminal name in a preset version database, and sends the update version to the module management unit, so that comparison between the update version and the terminal version is facilitated, and updating of terminal software and drivers is facilitated.
And S30, if the updated version is not consistent with the terminal version, updating the terminal software and the driver according to the updated version.
Specifically, if the module management unit detects that the update version is inconsistent with the terminal version, which indicates that the terminal software and the driver need to be updated, the module management unit updates the terminal software and the driver according to the update version, so that the software and the driver which need to be updated are managed uniformly, and the management efficiency of the terminal software and the driver is increased.
And S40, if the updated version is consistent with the terminal version, displaying a prompt that the version is up to date.
Specifically, if the module management unit detects that the updated version is consistent with the terminal version, a prompt indicating that the version is up to date is displayed, for example: software version X does not need to be updated. Thereby prompting the user.
In some embodiments, in consideration of the update time, the system has different update setting modes, and the corresponding processing steps are as follows: generating and responding to an updating instruction according to a preset updating period, and acquiring version information of terminal software and a driver; or when receiving an update instruction from the administrator terminal, acquiring version information of the terminal software and the driver; or when receiving an updating instruction from the terminal software and the driver, acquiring the version information of the terminal software and the driver.
The updating period is preset and can be changed by a user, and generally once a week, specifically, the software and the driving updating modes are various, that is, the generating mode of the updating instruction is various. Firstly, a module management unit automatically generates and responds to an update instruction according to an update cycle; secondly, the administrator actively updates the software and the driver, namely, an updating instruction is sent to the module management unit through the administrator terminal; and thirdly, actively sending an updating instruction to the system by the terminal software and the driver. And the module management unit detects the version information of the terminal software and the driver according to the updating instruction, so that the updating instruction is generated according to different modes, and the updating flexibility of the terminal software and the driver is improved.
In some embodiments, referring to fig. 2, in order to modularize the terminal software and drivers, step S40 comprises at least steps S101-S103:
s101, if the updated version is inconsistent with the terminal version, comparing the updated version with the terminal version to obtain a differentiation module.
And S102, acquiring a module file corresponding to the differentiation module from the version database.
And S103, updating the corresponding terminal software and the corresponding driver according to the module file.
The differentiation module is a module which needs to be updated after the terminal software and the driver are divided in a modularization mode. The module file is a file for updating the terminal software and driving the corresponding module.
Specifically, if the module management unit detects that the update version is inconsistent with the terminal version, the update version indicates that the terminal software and the driver need to be updated, the module management unit acquires version information through the module storage unit, compares each module in the update version of the software and the driver with each module in the terminal version to acquire a differentiated module, searches a module file corresponding to the differentiated module in the version database through the module storage unit, and sends the module file to the module management unit, and the module management unit updates the corresponding terminal software and the driver according to the module file to modularly distinguish the terminal software and the driver, so that the terminal software and the specific module of the driver are managed, and the terminal software and the specific module of the driver are combined according to application scenes and requirements. Meanwhile, the updating is carried out according to the software and the driving module, so that the updating is carried out in stages, time periods and batches, the processing pressure of the system is reduced, and the flexibility of terminal software and driving management is greatly improved.
Further, in order to solve the problem of updating when the user uses the system, the corresponding processing steps are as follows: after detecting that the terminal software and the driver are started next time, updating the corresponding terminal software and the driver according to the module file; or when the updating time is received and the updating time is reached, updating the corresponding terminal software and drive according to the module file.
Wherein, the updating time is set by the user.
Specifically, after the module management unit receives the module file, if the user does not set the update time, the module management unit updates the software and the driver according to the module file after detecting that the terminal software and the driver are started next time, and if the user sets the update time, the module management unit updates the software and the driver according to the module file when the update time is reached, so that the updating of the terminal software and the driver by the user under the condition of using the terminal software and the driver can be reduced, and the flexibility of software and driver management is increased.
In some embodiments, in order to store various terminal software and driver modules, the system downloads and stores various terminal software and driver modules, and the corresponding processing steps are as follows: if the update version is inconsistent with the terminal version, downloading an update file corresponding to the version information; decompressing and checking the updated file to obtain a module file; and storing all module files into a version database.
Specifically, when the module management unit detects that the terminal software and the driver are stored as updates, the module management unit downloads the update file according to a preset download address; or when receiving an update file sent by an administrator terminal, the module management unit sends the update file to the module storage unit, the module storage unit decompresses and verifies the update file, if the update file is detected to be not damaged, all module files in the update file are stored in the version database, so that the module files are convenient to call, and different modules are convenient to update according to different application scenes, so that convenience of terminal module and drive management is improved, all types of terminal software and drive module files are placed in one database, redundancy of the terminal software and drive related files is greatly reduced, utilization rate of server storage is improved, and meanwhile, the terminal software and the drives can be updated in batches and in stages according to the module files, so that processing pressure of a system is reduced.
Further, considering the module searching situation, in order to solve the problem of complex module searching, the system stores various types of information of the module in the database, and the corresponding processing steps are as follows: and storing the identification, the version and the storage position of each module file into a preset module database.
The module file identifier is the module name in the corresponding terminal software or driver, the module file version is the version of the corresponding terminal software or driver, and the storage location is the specific location indicated in the version database.
Specifically, the module database is used for recording an identifier, a version and a storage position of the module file, after the module storage unit stores the module file in the blackboard-writing database, the module storage unit acquires the identifier, the version and the storage position of the module file, so that the version and the identifier can be conveniently extracted to determine whether the terminal software and the driver need to be updated, and the module file can be conveniently extracted from the version database through the storage position to update the terminal software and the driver. Meanwhile, the identifiers of all module files of the terminal software and the driver, all versions and corresponding storage positions are recorded in the module database, and the differentiated modules can be quickly found according to the version and the identifier of the module file of the terminal software and the module file of the previous version and the module file of the driver, and the version and the identifier of the module file of the previous version and the version of the driver can be compared.
In some embodiments, in consideration of the problem of software version reduction, the system reduces the terminal software and the driver according to the needs of the user, and the corresponding processing steps are as follows: when the restoration information is received, the restoration information comprises: restoring the version and the name, and searching the identification, the version and the storage position of the differentiation module corresponding to the restoration information in a module database; searching a corresponding reduction file in a version database according to the identification, the version and the storage position of the differentiation module; and restoring the corresponding terminal software and drive according to the restored file.
The restored version is the version of the terminal software and the driver after updating, and the restored name is the name of the corresponding terminal software and the driver. The restore file is a file for restoring the software and the driven module to a version before update, and is a part of the module file.
Specifically, when a user wants to restore updated software or a driver, a user side sends restore information to a module management unit, the module management unit sends the restore information to a module storage unit, the module storage unit searches identifiers, versions and storage positions of the software and the driver before and after updating in a module database, compares the versions of the software and the driver after updating with the versions of the module file before and after updating, obtains a differential module corresponding to the restore information, and a system searches the restore file corresponding to the differential module in a version database and restores the terminal software or the driver according to the restore file, so that the most suitable version is selected according to the requirements of the user, and the flexibility of managing the terminal software and the driver is improved.
The implementation principle of the software and drive version management method in the embodiment of the application is as follows: when the system receives an updating instruction, the system acquires version information of terminal software and a driver, then searches an updating version corresponding to a terminal name in a version database, if the system detects that the updating version is consistent with the terminal version, the system indicates that updating is not needed, and the system displays a prompt indicating that the version is up to date through a display terminal; if the system detects that the update version is inconsistent with the terminal version, the system indicates that the terminal software or the driver needs to be updated, and the system updates the corresponding terminal software and driver according to the update version, so that whether all the terminal software and drivers need to be updated is detected, and then the software and the drivers needing to be updated are managed in a unified manner, so that the management efficiency of the terminal software and the drivers is improved. Meanwhile, the system can uniformly store and manage each module of the software and the driver and update the designated module, thereby realizing the purpose of uniform management.
Fig. 1 is a schematic flow chart of a control method of a measurement and control instrument of a semiconductor chip in an embodiment. It should be understood that, although the steps in the flowchart of fig. 1 are shown in order as indicated by the arrows, the steps are not necessarily performed in order as indicated by the arrows; the steps are not limited to be performed in the exact order disclosed, and steps may be performed in other orders, unless explicitly stated otherwise; and at least some of the steps in fig. 1 may include multiple sub-steps or multiple stages that are not necessarily performed at the same time, but may be performed at different times, and the order of performance of the sub-steps or stages is not necessarily sequential, but may be performed in turn or alternately with other steps or at least some of the sub-steps or stages of other steps.
Referring to fig. 3, based on the same technical concept, an embodiment of the present application further provides a software-based and driver version management apparatus, including:
a detecting module 310, configured to respond to the update instruction, and obtain version information of the terminal software and the driver, where the version information at least includes: a terminal name and a corresponding terminal version;
A storage module 320, configured to search for an update version corresponding to the terminal name in a preset version database;
the management module 330 is configured to update the terminal software and the driver corresponding to the updated version if the updated version is inconsistent with the terminal version;
and the updating module 340 is configured to display a prompt that the version is up to date if the updated version is consistent with the terminal version.
In some embodiments, the detection module 310 is specifically configured to generate and respond to an update instruction according to a preset update cycle, and obtain version information of the terminal software and the driver; or when receiving an updating instruction from an administrator terminal, acquiring version information of terminal software and a driver; or when receiving an updating instruction from the terminal software and the driver, acquiring the version information of the terminal software and the driver.
In some embodiments, the management module 330 is specifically configured to, if the updated version is inconsistent with the terminal version, compare the updated version with the terminal version to obtain a differentiation module; acquiring a module file corresponding to the differentiation module from a version database; and updating corresponding terminal software and drive according to the module file.
In some embodiments, the management module 330 is further configured to update the corresponding terminal software and driver according to the module file after detecting that the terminal software and driver are started next time; or when the updating time is received and the updating time is reached, the corresponding terminal software and the corresponding driver are updated according to the module file.
In some embodiments, the storage module 320 is further configured to download an update file corresponding to the version information if the update version is inconsistent with the terminal version; decompressing and checking the update file to obtain a module file; and storing all module files into a version database.
In some embodiments, the storage module 320 is further configured to store the identification, version, and storage location of each module file in a predetermined module database.
In some embodiments, the management module 330 is further configured to, upon receiving the restore information, restore the information including: restoring the version and the name, and searching the identification, the version and the storage position of the differentiation module corresponding to the restoration information in a module database; searching a corresponding reduction file in a version database according to the identification, the version and the storage position of the differentiation module; and restoring the corresponding terminal software and drive according to the restored file.
The embodiment of the application also discloses a control device.
In particular, the control device comprises a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the software-based and driver version management method described above.
The embodiment of the application also discloses a computer readable storage medium.
Specifically, the computer-readable storage medium, which stores a computer program that can be loaded by a processor and executes the software-based and driver version management method as described above, includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-only memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The above are preferred embodiments of the present application, and the scope of protection of the present application is not limited thereto, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.
Claims (10)
1. A software-based and driver version management method, the method comprising:
responding to the update instruction, and acquiring version information of the terminal software and the driver, wherein the version information at least comprises: a terminal name and a corresponding terminal version;
searching an updated version corresponding to the terminal name in a preset version database;
if the updated version is inconsistent with the terminal version, updating the terminal software and the driver corresponding to the updated version;
And if the updated version is consistent with the terminal version, displaying a prompt that the version is up to date.
2. The software and driver based version management method of claim 1, wherein the acquiring version information of the terminal software and driver in response to the update command comprises:
generating and responding to the updating instruction according to a preset updating period, and acquiring the version information of the terminal software and the driver;
or
When the updating instruction from the administrator terminal is received, the version information of the terminal software and the driver is obtained;
or
And acquiring the version information of the terminal software and the driver when the updating instruction from the terminal software and the driver is received.
3. The software-and-driver-based version management method according to claim 1, wherein if the updated version is not consistent with the terminal version, updating the terminal software and the driver corresponding to the updated version comprises:
if the updated version is inconsistent with the terminal version, comparing the updated version with the terminal version to obtain a differentiation module;
acquiring a module file corresponding to the differentiation module from the version database;
And updating corresponding terminal software and drive according to the module file.
4. The software and driver based version management method of claim 3, wherein the updating the corresponding terminal software and driver according to the module file comprises:
after detecting that the terminal software and the driver are started next time, updating the corresponding terminal software and the driver according to the module file;
or
And when the updating time is received and the updating time is reached, updating the corresponding terminal software and the corresponding driver according to the module file.
5. The software-based and driver-based version management method of claim 4, further comprising, after acquiring the version information of the terminal software in response to the update instruction, the step of:
if the updated version is inconsistent with the terminal version, downloading an updated file corresponding to the version information;
decompressing and checking the update file to obtain the module file;
and storing all the module files into the version database.
6. The software-based and driver-based version management method of claim 5, further comprising, after said storing all of said module files in said version database:
And storing the identification, the version and the storage position of each module file into a preset module database.
7. The software-based and driver-version management method of claim 6, further comprising:
when receiving the restoration information, the restoration information includes: restoring the version and the name, and searching the identification, the version and the storage position of the differentiation module corresponding to the restoration information in the module database;
searching the corresponding reduction file in the version database according to the identification, the version and the storage position of the differentiation module;
and restoring the corresponding terminal software and drive according to the restored file.
8. An apparatus for software-based and driver-based version management, the apparatus comprising:
a detecting module (310) for responding to the update instruction, and acquiring version information of the terminal software and the driver, wherein the version information at least comprises: a terminal name and a corresponding terminal version;
a storage module (320) for searching an updated version corresponding to the terminal name in a preset version database;
a management module (330) for updating the terminal software and the driver corresponding to the updated version if the updated version is inconsistent with the terminal version;
And the updating module (340) is used for displaying a prompt that the version is up to date if the updated version is consistent with the terminal version.
9. A control apparatus, characterized in that the apparatus comprises:
comprising a memory and a processor, said memory having stored thereon a computer program which can be loaded by the processor and which performs the method according to any of claims 1 to 7.
10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method according to any one of claims 1 to 7.
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