CN114385226A - Application store service management method and management system based on cloud configuration - Google Patents
Application store service management method and management system based on cloud configuration Download PDFInfo
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- G06F8/70—Software maintenance or management
- G06F8/71—Version control; Configuration management
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0813—Configuration setting characterised by the conditions triggering a change of settings
- H04L41/082—Configuration setting characterised by the conditions triggering a change of settings the condition being updates or upgrades of network functionality
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Abstract
The invention discloses an application store service management method and a management system based on cloud terminal configuration, wherein the management system comprises a vehicle terminal and a cloud terminal, and the vehicle terminal is used for acquiring application store initialization configuration information, application configuration, vehicle type vehicle system codes, VIN codes and version range configuration information of the cloud terminal; the cloud is used for acquiring version configuration information and an OS version number of the vehicle end; when the vehicle-mounted terminal device is applied, after the cloud end acquires the vehicle-mounted terminal device identification code and the OS version number from the vehicle end, the cloud end inquires and acquires the VIN code and the vehicle type vehicle system code corresponding to the vehicle-mounted terminal device identification code, then the vehicle type vehicle system code or the VIN code is combined with the OS version number of the vehicle machine, the cloud end inquires and acquires application configuration and version range configuration configured on the vehicle type, the configuration is fed back to the vehicle end, the vehicle end requests an application list from the cloud end and carries the package names, and corresponding APP is acquired through the package names.
Description
Technical Field
The invention belongs to the field of intelligent internet connection, and particularly relates to an application store service management method and system based on cloud configuration.
Background
With the development of society, the requirements of people on automobiles are not limited to power and other traditional automobiles for 'riding instead of walking', and higher requirements are provided for the comfort, the driving experience, the intellectualization and the differentiation of the automobiles. First, the user is more focused on the driving experience, and therefore, higher his demands are placed on the driving assistance and the automatic driving functions. Secondly, users pay more attention to intelligence and hope to provide more intelligent services on the car machine, such as voice assistance, music, listening to books, games, small videos and the like. And thirdly, the car machine is not a platform which can only provide basic information display, but a platform which integrates information display, entertainment audio and video and dynamic interaction.
The rapid development of the communication technology, the interaction between the vehicle and the server is more convenient, and the improvement of the performance of the vehicle makes it possible to provide more personalized and more intelligent services for users on the vehicle, so that the number of networked vehicles is increased explosively.
In the existing internet vehicle, application store management is mainly used by downloading after acquiring an application program from a cloud terminal through a vehicle-mounted terminal, for example, chinese patent publication No. 109508194 discloses a method and a system for pushing the application program, a terminal, and a cloud server, and parameter information and terminal device information of a cloud server folder on a terminal display interface are sent to the cloud server; receiving application program push information sent by a cloud server; displaying an application program icon in a cloud server folder on a terminal display interface; monitoring clicking operation on an application program icon; generating an application program operation instruction and sending the application program operation instruction to a cloud server; and receiving feedback information of whether the running times of the application program sent by the cloud server exceed the trial times of the application program in the trial period of the application program, and processing the application program. The above management method has the following disadvantages: different services can not be provided for different vehicle types by using the same APP, and faults and errors of the client can not be detected.
Disclosure of Invention
Aiming at the defects of the prior art, the technical problems to be solved by the invention are as follows: how to provide an application store service management method and a management system which can provide the same service for different vehicle types and can detect client faults.
In order to solve the technical problems, the invention adopts the following technical scheme:
a cloud-based application store service management method is applied to vehicle-mounted equipment and is characterized by comprising the following steps:
s1, when the user starts the application store, acquiring the vehicle application store initialization configuration from the cloud, and feeding back the acquired vehicle application store initialization configuration to the vehicle end;
s2, requesting an application list or application details from a cloud according to a vehicle-mounted terminal equipment identification code and an OS version number carried by a vehicle end, after receiving the request, the cloud inquires and acquires a VIN code and a vehicle type vehicle series code corresponding to the vehicle-mounted terminal equipment identification code, and then inquires and acquires application configuration and version range configuration configured on the vehicle type by combining the vehicle type vehicle series code or the VIN code with the OS version number of the vehicle machine;
s3, feeding back the application configuration and version range configuration acquired in S2 to the vehicle end, acquiring package names of installed applications and development version numbers of the applications from the vehicle end, requesting an update list of the applications from the cloud end and carrying the package names, analyzing the package names by the cloud end, acquiring corresponding APPs through the package names, inquiring whether the applications have higher versions or not through VIN codes, vehicle type codes and vehicle OS version numbers of the vehicle, and if so, returning update information of the latest version to the vehicle end;
s4, when the user starts downloading or updating tasks from the application store at the vehicle end, the number of tasks allowed to be created and the number of tasks allowed to be downloaded simultaneously are initialized and configured through the application store acquired in S1; meanwhile, updating the progress interval according to the downloading task progress prepared by the cloud end, and periodically and synchronously downloading the progress to the cloud end; when a client starts a certain downloading task, a corresponding downloading task is established at the cloud, the task state and the health state corresponding to the vehicle machine are updated at intervals, and when an error condition occurs during downloading, installation or unloading, corresponding error information is synchronized to the cloud; after the cloud carries out statistical analysis on the information, corresponding early warning information can be sent to operators or software developers, so that faults and errors of the client side can be detected and processed. . Therefore, when the vehicle-mounted terminal downloading system is used, after the cloud acquires the unique identification code and the OS version number of the vehicle-mounted terminal device from the vehicle end, the cloud can correspondingly prepare the application preparation and the version range preparation of the vehicle type according to the VIN code and the vehicle type system code corresponding to the vehicle-mounted terminal device through the vehicle system code or the VIN code in combination with the version number of the vehicle machine, and the preparation information is fed back to the vehicle end, so that when a user downloads an application program, the vehicle end sends a downloading request to the cloud end, and the application program can be downloaded. Because the unique identification code of the vehicle-mounted terminal equipment carried by each vehicle can realize the one-to-one correspondence between the cloud and the vehicle, the vehicle type vehicle system or VIN code can be obtained according to the vehicle-mounted terminal identification code, and then the OS version number can be combined with the OS version number to obtain the corresponding vehicle type vehicle system and OS version number from the cloud, wherein the OS version number is used for distinguishing different versions of the same APP on different vehicle types, the display of the front end cannot be influenced, and the purpose that the same application program provides service for different vehicle types can be realized. In the downloading process of the application program, if the downloading is failed or not interrupted, the vehicle end sends the downloading failure or interruption information to the cloud end, and the cloud end stores the information, so that the faults and errors of the client end can be detected, the problems can be solved in time, and the user experience is improved.
Further, the application store may obtain an application white list from the cloud, where the white list includes packet names of all applications that are allowed to be uninstalled, and if a certain application is in the white list, the application is allowed to be uninstalled, otherwise, the application is not allowed to be uninstalled. Therefore, after the white list is set, the problem that the system file is deleted when the user operates by mistake to cause the fault of the application store can be avoided.
Further, in S2, the obtained application configuration includes application basic configuration information, payment configuration information, display configuration information, privacy configuration information, application package name configuration information, mall configuration information, detail configuration information, and accuracy configuration information. Therefore, the payment preparation is mainly used for payment application, and more choices are provided for users and application developers; the display configuration can set the display layout of the application store individually according to the requirements of the user, thereby meeting different aesthetic requirements of the user; the privacy configuration can provide more transparent service for the user, so that the user can know which authorities and information are needed by the APP in advance, and the safety of the vehicle and privacy of the user is protected; the configuration of the application package names improves the safety, prevents uploading wrong APK packages, and meanwhile, the configuration of the range is matched, so that the application that the same package names are not allowed to be put on the shelf in the same vehicle type is achieved, and possible errors of the vehicle machine are prevented.
Further, the basic configuration information includes application name, application type, developer, a sentence brief introduction, icon, priority; the payment preparation information comprises price, discount, payment mode and merchant channel; the display configuration information comprises display priority, display mode and whether recommended application exists; the privacy configuration information comprises application authority and privacy policy; the mall configuration information includes whether to start an application store additional function; the accuracy configuration is to check the integrity of the file by developing version numbers and MD5 values. Therefore, the basic configuration information can be used for the user to know the application and the service range of the application, and a more intelligent application list is provided for the user; the payment configuration information can select an application suitable for a user according to specific settings; and the display and preparation information can provide better service for the user at the name position. The accuracy preparation can avoid the occurrence of non-corresponding conditions in the preparation process of the application program, and ensure the accuracy, integrity and safety of the application preparation.
Further, the application store additional functions include whether to start self-operated goods, third-party goods and the like. Therefore, more diversified services can be provided for the user in the application store, and the user requirements are met.
Further, in S4, the application store initializing configuration further includes setting an installation package valid time, setting an update progress interval time, and setting an application page size. Therefore, in the application process, if the application program is not installed or the corresponding application program is installed for a long time, the installation package can be deleted from the vehicle end according to the set effective time, and the occupied space of the memory is reduced. The update progress interval time can provide the latest application program version for the user in time, and user experience is improved. The application page size can provide differentiated services according to the customer needs.
An application store service management system based on cloud terminal configuration comprises a vehicle terminal and a cloud terminal, wherein the vehicle terminal is used for acquiring application store initialization configuration information, application configuration, vehicle type vehicle system codes, VIN codes and version range configuration information of the cloud terminal; the cloud end is used for acquiring version configuration information and an OS version number of the vehicle end. Therefore, the set system is simple, the application program in the application store is corresponding mainly through cloud configuration, the use space of the vehicle end can be effectively saved, and version configuration information and the version number of the vehicle end can correspond to the vehicle type vehicle system code and the VIN code of the cloud end, so that the same application program can be applied to different vehicle types.
Drawings
FIG. 1 is a diagram of cloud applications, versions and scope configurations;
FIG. 2 is a cloud application deployment diagram;
FIG. 3 shows application store service management steps.
Detailed Description
The invention is further illustrated with reference to the following figures and examples.
Example (b):
the application store service management system based on cloud configuration provided by the embodiment comprises a vehicle end and a cloud end, wherein the vehicle end is used for acquiring application store initialization configuration information, application configuration, vehicle type vehicle system codes, VIN codes and version range configuration information of the cloud end; the cloud end is used for acquiring version configuration information and an OS version number of the vehicle end.
The application management method of the application store service management system comprises the following steps: s1, when the user starts the application store, acquiring the vehicle application store initialization configuration from the cloud, and feeding back the acquired vehicle application store initialization configuration to the vehicle end;
s2, requesting an application list or application details from the cloud according to a vehicle-mounted terminal device identification code (the unique identification code of the vehicle-mounted terminal device used in this embodiment is TUID, which is used for identifying the terminal device identity by the long-security TSP platform) and an OS version number carried by the vehicle end, after receiving the request, the cloud queries and obtains a VIN code and a vehicle type vehicle system code corresponding to the vehicle-mounted terminal device identification code, and then queries and obtains application configuration and version range configuration configured for the vehicle type by combining the vehicle type vehicle system code or the VIN code with the OS version number of the vehicle;
s3, feeding back the application configuration and version range configuration acquired in S2 to the vehicle end, acquiring package names of installed applications and development version numbers of the applications from the vehicle end, requesting an update list of the applications from the cloud end and carrying the package names, analyzing the package names by the cloud end, acquiring corresponding APPs through the package names, inquiring whether the applications have higher versions or not through VIN codes, vehicle type codes and vehicle OS version numbers of the vehicle, and if so, returning update information of the latest version to the vehicle end;
s4, when the user starts downloading or updating tasks from the application store at the vehicle end, the number of tasks allowed to be created and the number of tasks allowed to be downloaded simultaneously are initialized and configured through the application store acquired in S1; meanwhile, updating the progress interval according to the downloading task progress prepared by the cloud end, and periodically and synchronously downloading the progress to the cloud end; when a client starts a certain downloading task, a corresponding downloading task is established at the cloud, the task state and the health state corresponding to the vehicle machine are updated at intervals, and when an error condition occurs during downloading, installation or unloading, corresponding error information is synchronized to the cloud; after the cloud carries out statistical analysis on the information, corresponding early warning information can be sent to operators or software developers, so that faults and errors of the client side can be detected and processed.
The application store can obtain an application white list from the cloud, the white list comprises package names of all applications allowed to be unloaded, if a certain application is in the white list, the application is allowed to be unloaded, otherwise, the application is not allowed to be unloaded.
In S2, the obtained application configuration includes application basic configuration information, payment configuration information, display configuration information, privacy configuration information, application package name configuration information, mall configuration information, detail configuration information, and accuracy configuration information.
The basic configuration information comprises an application name, an application type, a developer, a sentence brief introduction, an icon and a priority; the payment preparation information comprises price, discount, payment mode and merchant channel; the display configuration information comprises display priority, display mode and whether recommended application exists; the privacy configuration information comprises application authority and privacy policy; the mall configuration information includes whether to start an application store additional function; the accuracy configuration is to check the integrity of the file by developing version numbers and MD5 values.
The additional functions of the application store comprise the configuration of whether self-operated commodities, third-party commodities and the like are started.
In S4, the application store initializing configuration further includes setting an installation package valid time, setting an update progress interval time, and setting an application page size.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting the technical solutions, and although the present invention has been described in detail by referring to the preferred embodiments, those skilled in the art should understand that modifications or equivalent substitutions to the technical solutions of the present invention can be made without departing from the spirit and scope of the technical solutions, and all the modifications and equivalent substitutions should be covered by the claims of the present invention.
Claims (7)
1. A cloud-based application store service management method is applied to vehicle-mounted equipment and is characterized by comprising the following steps:
s1, when the user starts the application store, acquiring the vehicle application store initialization configuration from the cloud, and feeding back the acquired vehicle application store initialization configuration to the vehicle end;
s2, requesting an application list or application details from a cloud according to a vehicle-mounted terminal equipment identification code and an OS version number carried by a vehicle end, after receiving the request, the cloud inquires and acquires a VIN code and a vehicle type vehicle series code corresponding to the vehicle-mounted terminal equipment identification code, and then inquires and acquires application configuration and version range configuration configured on the vehicle type by combining the vehicle type vehicle series code or the VIN code with the OS version number of the vehicle machine;
s3, feeding back the application configuration and version range configuration acquired in S2 to the vehicle end, acquiring package names of installed applications and development version numbers of the applications from the vehicle end, requesting an update list of the applications from the cloud end and carrying the package names, analyzing the package names by the cloud end, acquiring corresponding APPs through the package names, inquiring whether the applications have higher versions or not through VIN codes, vehicle type codes and vehicle OS version numbers of the vehicle, and if so, returning update information of the latest version to the vehicle end;
s4, when the user starts downloading or updating tasks from the application store at the vehicle end, the number of tasks allowed to be created and the number of tasks allowed to be downloaded simultaneously are initialized and configured through the application store acquired in S1; meanwhile, updating the progress interval according to the downloading task progress prepared by the cloud end, and periodically and synchronously downloading the progress to the cloud end; when a client starts a certain downloading task, a corresponding downloading task is established at the cloud, the task state and the health state corresponding to the vehicle machine are updated at intervals, and when an error condition occurs during downloading, installation or unloading, corresponding error information is synchronized to the cloud; after the cloud carries out statistical analysis on the information, corresponding early warning information can be sent to operators or software developers, so that faults and errors of the client side can be detected and processed.
2. The cloud-based deployed application store service management method of claim 1, wherein the application store can obtain an application white list from the cloud, the white list including package names of all applications allowed to be uninstalled, and if an application is in the white list, the application is allowed to be uninstalled, otherwise, the application is not allowed to be uninstalled.
3. The cloud-based application store service management method according to claim 1 or 2, wherein in S2, the obtained application configuration includes application basic configuration information, payment configuration information, display configuration information, privacy configuration information, application package name configuration information, mall configuration information, detail configuration information, and accuracy configuration information.
4. The cloud-based configuration application store service management method of claim 3, wherein the basic configuration information comprises application name, application type, developer, a sentence profile, icon, priority; the payment preparation information comprises price, discount, payment mode and merchant channel; the display configuration information comprises display priority, display mode and whether recommended application exists; the privacy configuration information comprises application authority and privacy policy; the mall configuration information includes whether to start an application store additional function; the accuracy configuration is to check the integrity of the file by developing version numbers and MD5 values.
5. The cloud-based deployed application store service management method of claim 4, wherein the application store additional functions include whether to start self-owned merchandise, third-party merchandise, and the like.
6. The cloud-based configuration application store service management method according to claim 1, 2, 4 or 5, wherein in S4, the application store initialization configuration further includes setting an installation package valid time, setting an update progress interval time, and setting an application page size.
7. An application store service management system based on cloud terminal configuration comprises a vehicle terminal and a cloud terminal, wherein the vehicle terminal is used for acquiring application store initialization configuration information, application configuration, vehicle type vehicle system codes, VIN codes and version range configuration information of the cloud terminal; the cloud end is used for acquiring version configuration information and an OS version number of the vehicle end.
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| CN202210049025.5A CN114385226B (en) | 2022-01-17 | Cloud configuration-based application store service management method and management system |
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