CN116028107A - Custom-based device parameter management method, apparatus and storage medium - Google Patents
Custom-based device parameter management method, apparatus and storage medium Download PDFInfo
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Abstract
The invention discloses a device parameter management method, a device and a storage medium based on customization, wherein the method comprises the steps of obtaining customization parameters of a user group and default parameters of the device and obtaining differentiation parameters of the user group according to the default parameters of the device and the customization parameters when firmware of the device is initialized or upgraded, and storing the differentiation parameters of the user group in the device; and when the equipment is started, acquiring a target user of parameter configuration, obtaining a user group to which the target user belongs according to the target user matching, further obtaining a differentiated parameter of a corresponding user group from the equipment according to the user group matching of the target user, and combining with default parameters of the equipment to obtain configuration parameters of the target user. According to the invention, the user differential parameters are obtained according to the user customized parameters and the default parameters of the system and are stored in the device, and when the user parameters are configured subsequently, the user parameter configuration can be realized by directly calling the differential parameters and the default parameters, the operation is simple, and the parameter configuration is convenient to switch.
Description
Technical Field
The present invention relates to device parameter setting, and in particular, to a method, apparatus, and storage medium for managing device parameters based on customization.
Background
In general, when the device is shipped or initially installed, only a set of determined parameters can be used as default parameters and presented to a user, and it is difficult to meet the customization requirements of different parameters of different users. For the customization needs of users, most devices are accessed to the devices through a network management platform to perform online configuration at a later stage, or batch upgrade import operation is performed after parameter files are manufactured at the later stage. When a large number of users are deployed or a plurality of different users are required, the operation is complicated, and the use experience of the users is affected.
Disclosure of Invention
In order to overcome the defects of the prior art, one of the purposes of the invention is to provide a device parameter management method based on customization, which can solve the problem of complicated parameter customization operation for users in the prior device.
The second object of the present invention is to provide a custom-based device parameter management apparatus, which can solve the problem of complicated custom-made operation of parameters for users in the existing devices.
The third object of the present invention is to provide a storage medium, which can solve the problem of complicated parameter customization operation for users in the existing devices.
One of the purposes of the invention is realized by adopting the following technical scheme:
a custom-based device parameter management method comprising the steps of:
parameter customization step: when the firmware of the equipment is initialized or upgraded, acquiring the customized parameters of the user group and the default parameters of the equipment, obtaining the differentiated parameters of the user group according to the default parameters and the customized parameters of the equipment, and storing the differentiated parameters of the user group in the equipment;
the step of obtaining a user: when the equipment is started, a target user with parameter configuration is obtained, a user group to which the target user belongs is obtained according to the target user matching, further, the differentiated parameters of the corresponding user group are obtained from the equipment according to the user group matching of the target user, and the configuration parameters of the target user are obtained by combining with default parameters of the equipment.
Further, the step of obtaining the differentiated parameters of the user group according to the default parameters and the custom parameters of the device specifically includes obtaining the parameters with different custom parameters and default parameters by performing a comparison between the custom parameters of the user group and the default parameters of the device, so as to obtain the differentiated parameters of the user group according to the different parameters.
Further, the parameter customizing step further includes: and generating a parameter customization file of the user group according to the differentiated parameters of the user group and naming the parameter customization file by the user name of the user group.
Further, the user group comprises a plurality of users, and the configuration parameters of each user in each user group are the same; each user group corresponds to a plurality of parameter customization files, and each user corresponds to a parameter customization file.
Further, the parameter customization file is stored in one partition of the FLASH memory of the device, and when the device is started to run, the parameter customization file is mounted on a mounting point of a corresponding partition of the FLASH memory and displayed; meanwhile, when the parameter customization file is stored in the device: packaging the parameter customization files of each user group and storing the parameter customization files into corresponding partitions of the FLASH memory; or compressing and packing the parameter customization files of a plurality of user groups and storing the parameter customization files into corresponding partitions of the FLASH memory.
Further, the method is characterized by further comprising the step of updating parameters: and when the firmware of the equipment is upgraded, the generated parameter custom file corresponding to the user group is stored in the equipment again to replace the original parameter custom file stored in the equipment.
Further, firstly, constructing a parameter customization model by utilizing a neural network model according to the collected historical configuration parameters and user information of all users and according to the configuration parameters and the user information of each user; and then acquiring user information or user group information input by the network manager and matching the user information or the user group information with the parameter customization model to obtain recommended customization parameters, and providing a customization parameter configuration page and corresponding recommended customization parameters for the network manager through Web, so that the network manager obtains the customization parameters of the user group according to the recommended customization parameters.
The second purpose of the invention is realized by adopting the following technical scheme:
the device parameter management device based on customization comprises a memory and a processor, wherein the memory stores a device parameter management program running on the processor, the device parameter management program is a computer program, and the processor realizes the steps of the device parameter management method based on customization, which is adopted by one of the purposes of the invention, when the processor executes the device parameter management program.
The third purpose of the invention is realized by adopting the following technical scheme:
a storage medium being a computer-readable storage medium having stored thereon a device parameter management program, the device parameter management program being a computer program which, when executed by a processor, implements the steps of a custom device parameter management method as employed by one of the objects of the invention.
Compared with the prior art, the invention has the beneficial effects that:
the invention configures the customized parameters for the user by the network manager, matches and compares the configured customized parameters with the default parameters of the system, finds out different parameters between the customized parameters of the user and the default parameters, and stores the different parameters of each user into the system, so that when the user needs to configure the parameters, the default parameters of the system and the customized difference parameters of the user are obtained simultaneously to obtain the configuration parameters of the user. According to the invention, the customized parameters are solidified into the equipment, so that the customized parameters can be switched by a user at any time and any place when the parameters are configured, and other intervention is not needed; meanwhile, the customized parameters are independently stored, and the updating maintenance can be independently carried out. The invention also stores only the differentiated parameters when storing the parameter setting file, thereby avoiding overlarge customized file.
Drawings
Fig. 1 is a flow chart of a method for managing device parameters based on customization.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and detailed description, wherein it is to be understood that, on the premise of no conflict, the following embodiments or technical features may be arbitrarily combined to form new embodiments.
Example 1
According to the invention, the default parameters of the system of the equipment are used as references, the custom parameters of the user are reduced and de-duplicated to obtain the differentiation between the custom parameters of the user and the default parameters, and the custom parameters file is formulated according to the differentiation, so that the size of the custom parameters file is greatly checked, and the custom parameters file is convenient to store. Meanwhile, the invention groups the parameter customizing files of the users in a user group mode, so that the users belonging to the same user group correspond to the same parameter customizing files, and the customizing parameters of one user can conveniently realize the customizing of a plurality of customizing parameters of the same user. Meanwhile, a target user variable is introduced into the system, and the custom parameters of the user are switched rapidly by changing the variable. The invention also solidifies the parameter customizing file of the user into the equipment, realizes the customizing memory of the equipment for multiple users, and can rapidly realize the configuration of the configuration parameters of the user anywhere and anytime.
Preferably, the present invention provides a method for managing device parameters based on customization, as shown in fig. 1, comprising the following steps:
step S1, acquiring the customized parameters of the user group and the default parameters of the equipment when the firmware of the equipment is initialized or upgraded.
The default parameters of the device are system default parameters within the device when the device is shipped or firmware upgraded. However, the default parameters, typically set by the equipment manufacturer, are not capable of satisfying the user's personalized customization.
The invention also defines the custom parameters of the user by the network manager during the firmware initialization or firmware upgrade of the device. Preferably, the present invention customizes parameters in a group of users, so that customization parameters that belong to one group of users or the same user need only be customized for one user.
Preferably, when customizing the customization parameters of the user, naming is also required for the user groups to distinguish between the different user groups.
And S2, obtaining the differentiated parameters of the user group according to the default parameters and the customized parameters of the equipment, and storing the differentiated parameters of the user group into the equipment.
Wherein, the differentiated parameter refers to a parameter that is different between the customized parameter and the default parameter of the user group. Specifically, for example, the parameter belongs to a customized parameter of the user group, but not to a default parameter; or the parameter belongs to both the custom parameter and the default parameter of the user group, but the custom parameter of the user group is different from the default parameter, etc. That is, the customized parameters of the user group are matched and compared with the default parameters one by one to find out different parameters between the customized parameters and the default parameters, and the parameters are stored into the device as differentiated parameters so as to facilitate the parameter configuration of the subsequent users.
And step S3, when the equipment runs, acquiring target users of parameter configuration and obtaining a user group to which the target users belong according to the matching of the target users.
According to the invention, the variables of the target user are referenced in the system, so that when the equipment runs, the information of the target user is input into the system, so that the system can obtain the user group to which the target user belongs according to the information matching of the target user, and the corresponding differentiation parameters can be matched according to the user group.
Specifically, the data structure of the introduced target user is:
typedef struct
{
charchTargetuser[64]; /* TARGET USER in alphabetic format */
}TARGET_USER;
in addition, in order to facilitate more flexible customization requirements, the content of the target_user can be further expanded, so that the requirements customization beyond some system parameters, such as LOGO customization, can be more personalized controlled, some functional modules of the system are hidden and revealed (different from enabling a switch in a network management configuration), and the data interface is as follows:
typedef struct
{
charchLogoFileName[64];
BOOLbSpencFuncModulatorswitch;/some functional hiding and rendering requirements
}TARGET_PARTICULAR_CONF;
Or:
typedef struct
{
charchTargetuser[64]; /* TARGET USER in alphabetic format */
TARGET_PARTICULAR_CONFstTargetParticularConf;
}TARGET_USER。
and S4, matching from the equipment according to the user group to which the target user belongs to obtain a differentiation parameter of the corresponding user group, and further obtaining the configuration parameter of the target user according to the differentiation parameter and the default parameter of the equipment.
And when the user group to which the target user belongs is obtained by matching, then the differentiated parameters of the user group stored in the equipment are matched according to the user group. In this way, the configuration parameters of the target user can be obtained according to the differentiation parameters and the default parameters. Specifically, the parameter configuration interface is restored to default parameters of the device, and then corresponding parameters in the default parameters are replaced according to the matched differentiated parameters, so that final configuration parameters of the target user are obtained. The invention does not need to store all the custom parameters of the user into the device, but stores the parameters which are different from the default parameters into the device, firstly, the size of the stored data can be reduced, and secondly, the performance efficiency of the system processing can be improved.
Preferably, when the differential parameters of the user group are obtained, the invention also generates the parameter customizing file according to the differential parameters of the user group, and stores the parameter customizing file into the partition of the FLASH memory of the equipment. Thus, when the equipment runs, the parameter customization file is automatically mounted to the mounting point of the partition of the FLASH memory, so that the parameter customization file can be quickly read later.
Meanwhile, only the differential parameters with difference between the customized parameters and default parameters are stored in the system, so that the size of the parameter customized file can be greatly reduced, and the problem that the subsequent loading efficiency of the system is low due to overlarge file of the parameter customized file is avoided; at the same time, the storage burden of the system is increased.
Preferably, the invention also names the parameter customization files, and names the parameter customization files according to the user names of the user groups.
More preferably, the invention also customizes parameters of a plurality of users at one time, thereby realizing batch. For example, for users belonging to the same user group, only one user's customization parameters need to be formulated. All users belonging to the same user group correspond to one parameter customization file. The users of different user groups respectively correspond to a parameter customization file.
When the user differential parameters are customized in the step S2, the parameters of a plurality of users can be customized at the same time, then parameter customization files of a plurality of user groups are formed, and then the parameter customization files of the plurality of user groups are stored in the device.
More preferably, the invention stores the parameter customization file in a system in the form of a document, such as TXT, WORD or EXCEL, and the parameter customization file provides parameters with default parameters and customization parameters differentiated. For example, a parameter exists in both default parameters and custom parameters, but the attribute information is different, and the parameter is considered as a differential parameter. Or one parameter exists in the custom parameter and not in the default parameter, which is the differencing parameter. Or one parameter exists at the default parameter and no custom parameter exists, which is a differencing parameter.
When the plurality of parameter customization files are stored in the equipment, the plurality of parameter customization files can be respectively packaged independently and sequentially stored in the FLASH memory, or the plurality of parameter customization files can be constructed into a parameter customization file set and packaged and then stored in the FLASH memory.
Preferably, the present invention also enables parameter updating, that is, when updating the customized parameters of the user, a new customized parameter file of the user is stored in the device, so as to replace the original customized parameter file stored in the device. In particular, when the firmware of the equipment is upgraded, the customized parameters of the user are customized, a new parameter customized file of the user is formed by combining the default parameters and is stored in the equipment, so that the customized parameters of the user are updated.
Preferably, the invention can also realize the rapid switching of the parameter configuration of the user when the parameter configuration of the user is carried out. Specifically, by providing the parameter configuration switching page for the user, when the parameters of the user are configured, the information of the corresponding target user is input through the corresponding page, so that the rapid switching of the configuration parameters can be realized. For example, for an administrator of an enterprise, when performing parameter configuration on users in the enterprise, information of a target user can be input into the device, and the device can quickly give configuration parameters of the target user according to the information of the target user.
Or setting corresponding switching buttons in the corresponding pages, and enabling the manager to realize the configuration of parameters of different target users only by clicking the switching buttons.
Preferably, the network manager realizes customization of the parameters of the user through Web or CLI during acquisition of the customization parameters in step S1.
In addition, in order to realize rapid customization of parameters, the invention also acquires a great amount of configuration parameters and user information of the user in advance, and performs model training on the configuration parameters and the user information of the user by utilizing the neural network model so as to obtain a trained parameter customization model. Therefore, when the network manager customizes the parameters of the user, the parameters can be recommended to the network manager by matching the user information or the user group information with the parameter customization model, so that the network manager can quickly realize the customization parameters of the user group according to the recommended customization parameters.
For example, a convolutional neural network is adopted to perform model training on configuration parameters and user information of a large number of users so as to realize the construction of a model.
Specifically, the relation between the user group and the customization parameters of the user group is built by collecting the historical customization parameters of the user or the user group and utilizing a network model according to the information of the user group, the customization parameters of the user group and the like, so that a parameter customization model of the user is built. Thus, when the network manager carries out user parameter customization, corresponding customization parameters are recommended to the user according to the user information.
The invention can support the parameter customization of a plurality of users, the operation is convenient, and once the parameter customization of each user is finished, the parameter customization is solidified into the equipment, so that the corresponding customization parameters can be randomly switched to carry out parameter configuration according to actual requirements; meanwhile, when the customized parameters are switched, the switching can be completed only according to the information of the user, and other operations are not needed. The invention can update the parameter customization file stored in the equipment, thus realizing the update of parameter customization without upgrading version or other additional operations. In addition, only the parameters with differences between the custom parameters of the user and the default parameters are stored in the parameter custom file, so that the data volume of the parameter custom file is smaller, redundant data is avoided, and the storage space and the data processing efficiency are saved.
Example two
Based on the first embodiment, the invention also provides a device parameter management device based on customization, which comprises a memory and a processor, wherein the memory stores a device parameter management program running on the processor, the device parameter management program is a computer program, and the processor realizes the following steps when executing the device parameter management program:
parameter customization step: when the firmware of the equipment is initialized or upgraded, acquiring the customized parameters of the user group and the default parameters of the equipment, obtaining the differentiated parameters of the user group according to the default parameters and the customized parameters of the equipment, and storing the differentiated parameters of the user group in the equipment;
the step of obtaining a user: when the equipment is started, a target user with parameter configuration is obtained, a user group to which the target user belongs is obtained according to the target user matching, further, the differentiated parameters of the corresponding user group are obtained from the equipment according to the user group matching of the target user, and the configuration parameters of the target user are obtained by combining with default parameters of the equipment.
Further, the step of obtaining the differentiated parameters of the user group according to the default parameters and the custom parameters of the device specifically includes obtaining the parameters with different custom parameters and default parameters by performing a comparison between the custom parameters of the user group and the default parameters of the device, so as to obtain the differentiated parameters of the user group according to the different parameters.
Further, the parameter customizing step further includes: and generating a parameter customization file of the user group according to the differentiated parameters of the user group and naming the parameter customization file by the user name of the user group.
Further, the user group comprises a plurality of users, and the configuration parameters of each user in each user group are the same; each user group corresponds to a plurality of parameter customization files, and each user corresponds to a parameter customization file.
Further, the parameter customization file is stored in one partition of the FLASH memory of the device, and when the device is started to run, the parameter customization file is mounted on a mounting point of a corresponding partition of the FLASH memory and displayed; meanwhile, when the parameter customization file is stored in the device: packaging the parameter customization files of each user group and storing the parameter customization files into corresponding partitions of the FLASH memory; or compressing and packing the parameter customization files of a plurality of user groups and storing the parameter customization files into corresponding partitions of the FLASH memory.
Further, the method further comprises a parameter updating step: and when the firmware of the equipment is upgraded, the generated parameter custom file corresponding to the user group is stored in the equipment again to replace the original parameter custom file stored in the equipment.
Further, the parameter customizing step: firstly, constructing a parameter customization model according to historical user configuration parameters and user information; and then acquiring user information or user group information input by the network manager and matching the user information or user group information with the parameter customization model to obtain recommended customization parameters, and providing a customization parameter configuration page and corresponding recommended customization parameters for the network manager through Web or CLI, so that the network manager obtains the customization parameters of the user group according to the recommended customization parameters.
Example III
A storage medium, the storage medium being a computer-readable storage medium having stored thereon a device parameter management program, the device parameter management program being a computer program, the device parameter management program when executed by a processor implementing the steps of:
parameter customization step: when the firmware of the equipment is initialized or upgraded, acquiring the customized parameters of the user group and the default parameters of the equipment, obtaining the differentiated parameters of the user group according to the default parameters and the customized parameters of the equipment, and storing the differentiated parameters of the user group in the equipment;
the step of obtaining a user: when the equipment is started, a target user with parameter configuration is obtained, a user group to which the target user belongs is obtained according to the target user matching, further, the differentiated parameters of the corresponding user group are obtained from the equipment according to the user group matching of the target user, and the configuration parameters of the target user are obtained by combining with default parameters of the equipment.
Further, the step of obtaining the differentiated parameters of the user group according to the default parameters and the custom parameters of the device specifically includes obtaining the parameters with different custom parameters and default parameters by performing a comparison between the custom parameters of the user group and the default parameters of the device, so as to obtain the differentiated parameters of the user group according to the different parameters.
Further, the parameter customizing step further includes: and generating a parameter customization file of the user group according to the differentiated parameters of the user group and naming the parameter customization file by the user name of the user group.
Further, the user group comprises a plurality of users, and the configuration parameters of each user in each user group are the same; each user group corresponds to a plurality of parameter customization files, and each user corresponds to a parameter customization file.
Further, the parameter customization file is stored in one partition of the FLASH memory of the device, and when the device is started to run, the parameter customization file is mounted on a mounting point of a corresponding partition of the FLASH memory and displayed; meanwhile, when the parameter customization file is stored in the device: packaging the parameter customization files of each user group and storing the parameter customization files into corresponding partitions of the FLASH memory; or compressing and packing the parameter customization files of a plurality of user groups and storing the parameter customization files into corresponding partitions of the FLASH memory.
Further, the method further comprises a parameter updating step: and when the firmware of the equipment is upgraded, the generated parameter custom file corresponding to the user group is stored in the equipment again to replace the original parameter custom file stored in the equipment.
Further, the parameter customizing step: firstly, constructing a parameter customization model according to historical user configuration parameters and user information; and then acquiring user information or user group information input by the network manager and matching the user information or user group information with the parameter customization model to obtain recommended customization parameters, and providing a customization parameter configuration page and corresponding recommended customization parameters for the network manager through Web or CLI, so that the network manager obtains the customization parameters of the user group according to the recommended customization parameters.
The above embodiments are only preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, but any insubstantial changes and substitutions made by those skilled in the art on the basis of the present invention are intended to be within the scope of the present invention as claimed.
Claims (10)
1. A custom-based device parameter management method, comprising the steps of:
parameter customization step: when the firmware of the equipment is initialized or upgraded, acquiring the customized parameters of the user group and the default parameters of the equipment, obtaining the differentiated parameters of the user group according to the default parameters and the customized parameters of the equipment, and storing the differentiated parameters of the user group in the equipment;
the step of obtaining a user: when the equipment is started, a target user with parameter configuration is obtained, a user group to which the target user belongs is obtained according to the target user matching, further, the differentiated parameters of the corresponding user group are obtained from the equipment according to the user group matching of the target user, and the configuration parameters of the target user are obtained by combining with default parameters of the equipment.
2. The method for managing parameters of a device according to claim 1, wherein the step of obtaining the differentiated parameters of the user group according to the default parameters of the device and the custom parameters comprises obtaining the different parameters of the custom parameters and the default parameters by comparing the custom parameters of the user group with the default parameters of the device, so as to obtain the differentiated parameters of the user group according to the different parameters.
3. The customization based device parameter management method of claim 1, wherein the parameter customization step further comprises: and generating a parameter customization file of the user group according to the differentiated parameters of the user group and naming the parameter customization file by the user name of the user group.
4. A method of custom device based parameter management according to claim 3, wherein the user group comprises a plurality of users, the configuration parameters of each user within each user group being the same; each user group corresponds to a plurality of parameter customization files, and each user corresponds to a parameter customization file.
5. A method of managing parameters of a device based on customization according to claim 3, characterized in that the parameter customization file is stored in a partition of the FLASH memory of the device, and when the device is started up, the parameter customization file is mounted on a mounting point of a corresponding partition of the FLASH memory and displayed.
6. A method of custom device parameter management according to claim 3, wherein when storing the parameter custom file in the device: and packing the parameter customization files of each user group and storing the parameter customization files in corresponding partitions of the FLASH memory, or compressing and packing the parameter customization files of a plurality of user groups and storing the parameter customization files in corresponding partitions of the FLASH memory.
7. The custom device-based parameter management method according to claim 3, further comprising a parameter updating step of: and when the firmware of the equipment is upgraded, the generated parameter custom file corresponding to the user group is stored in the equipment again to replace the original parameter custom file stored in the equipment.
8. The customization based device parameter management method according to claim 3, wherein the parameter customization step: firstly, constructing a parameter customization model by utilizing a neural network model according to collected historical configuration parameters and user information of all users and according to the configuration parameters and the user information of each user; and then acquiring user information or user group information input by the network manager and matching the user information or the user group information with the parameter customization model to obtain recommended customization parameters, and providing a customization parameter configuration page and corresponding recommended customization parameters for the network manager through Web, so that the network manager obtains the customization parameters of the user group according to the recommended customization parameters.
9. A custom device parameter based management apparatus comprising a memory and a processor, said memory having stored thereon a device parameter management program running on the processor, said device parameter management program being a computer program, characterized in that said processor when executing said device parameter management program implements the steps of the custom device parameter based management method according to any of claims 1-8.
10. A storage medium being a computer readable storage medium having stored thereon a device parameter management program, characterized in that the device parameter management program is a computer program, which when executed by a processor implements the steps of the custom device parameter based management method according to any of claims 1-8.
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