WO2011076045A1

WO2011076045A1 - Method and system for realizing configuration of handheld device operating system

Info

Publication number: WO2011076045A1
Application number: PCT/CN2010/078869
Authority: WO
Inventors: 李健诚; 张齐治; 何庆尧
Original assignee: 广州盛华信息技术有限公司
Priority date: 2009-12-24
Filing date: 2010-11-18
Publication date: 2011-06-30
Also published as: CN102110001A

Abstract

A method and a system for realizing the configuration of a handheld device operating system are provided, and the method includes: a subscriber identity card stores multiple types of handheld device operating system files that can be supported, the multiple types of handheld device operating system files are stored respectively according to public file packages that are independent of hardware and private file packages that relate to hardware and are distinguished by hardware; after the handheld device respectively obtains the handheld device operating system files from the subscriber identity card according to the public file package that is independent of hardware and the private file package that relates to hardware and is distinguished by hardware, it loads and configures them. The technical solution can realize being compatible with many mobile phone hardware, and realize deploying the standardized and open handheld device operating system on the different mobile phone hardware platforms conveniently and rapidly.

Description

Method and system for realizing handheld device operating system configuration

The present invention relates to the field of mobile communication technologies, and in particular, to a method and system for implementing a configuration of a handheld device operating system. Background technique

Mobile phones have become a daily necessities for people's lives. On the one hand, two or more mobile phones have become more and more popular. On the other hand, mobile phones have become fashionable electronic consumer products, speeding up the frequency of mobile phone replacement. Different operating systems in many mobile phones bring extremely poor experience to users: not only frequently adapt to the operating system environment of different mobile platforms, but also repeatedly establish their own personalized environment on different mobile platforms (such as installing their own favorite Software, etc.).

The mobile phone operating system is stored on the large-capacity user identification card SIM, and the personal operation environment is established on the basis of this, which solves the trouble brought by the user to replace the mobile phone to some extent, for example, reference, the applicant has previously applied for Chinese patent (invention name: user identification card and handheld device), but at present, due to the number of mobile phones available for users to choose from, the variety of models, the variety of user identification card SIM capacity is too large to store all mobile phone operating systems, even if When multiple operating systems are stored, when the user replaces the mobile phone, the problem of switching between the operating system and the user's operating environment is also brought about.

Therefore, how to achieve compatibility with a large number of mobile phone hardware, as well as the implementation of standardized, open handheld device operating systems can be easily and quickly deployed on different mobile phone hardware platforms is an important problem facing the industry. Summary of the invention

The technical problem to be solved by the present invention is to provide a method and system for realizing the configuration of a handheld device operating system, so as to realize compatibility with a plurality of mobile phone hardware, and to realize a standardized and open handheld operating system capable of being conveniently and quickly deployed in different mobile phone hardware. on the platform.

In order to solve the above problems, the present invention provides the following technical solutions:

A method for implementing a configuration of a handheld device operating system, comprising:

The user identification card SIM stores a plurality of types of handheld operating system files that are supported by the plurality of types of handheld operating system files according to a hardware-independent public file package and a hardware-related private file package. storage; The private file package of the hardware is loaded from the user identification card SIM to obtain the operating system file of the handheld device.

Optionally, the distinguishing hardware is distinguished by the serial number of the handheld device, and the operating system files for obtaining the handheld device from the user identification card SIM according to the hardware-related and distinguishing hardware private file package include:

The handheld device obtains its serial number;

The handheld device requests and obtains a hardware-related file package corresponding to the serial number from the user identification card SIM according to the serial number.

Optionally, the operating system server stores a plurality of types of handheld operating system files that are supported, the plurality of types of handheld operating system files being in accordance with a hardware-independent public file package and hardware-related and handheld devices The serial number distinguishes the private file packages of the hardware separately, and the method further includes:

If the user identification card SIM does not have a hardware-related file corresponding to the serial number, the user identification card SIM feeds back the failure result to the handheld device;

After receiving the failure result, the handheld device requests and acquires a hardware-related file package corresponding to the serial number from the operating system server according to the serial number, and then stores the obtained hardware-related file package corresponding to the serial number. Go to the user identification card SIM.

Optionally, the distinguishing hardware is distinguished by a hardware feature code, and the operating system file of the handheld device is obtained from the user identification card SIM according to the hardware-related and differentiated hardware private file.

The handheld device obtains each hardware feature code of the handheld device;

The handheld device requests and acquires a hardware-related file package corresponding to each hardware feature code according to each hardware feature code.

Optionally, the operating system server stores a plurality of types of handheld operating system files that are supported, and the plurality of types of handheld operating system files are stored separately according to the hardware-independent private package, the method further comprising: ' ⁷ ' if the user identification card SIM does not have a hardware-related file corresponding to the hardware signature, the user identification card SIM feeds back the failure result to the handheld device;

After receiving the failure result, the handheld device requests and acquires a hardware-related file package corresponding to the hardware feature code from the operating system server according to the hardware feature code, and then acquires the hardware-related data corresponding to the acquired hardware feature code. The package is stored to the subscriber identity card SIM. The handheld device requests and acquires a hardware-related file corresponding to the hardware feature code from the user identification card SIM or the operating system server according to the hardware feature code:

The hardware identification code corresponding to each hardware feature code is requested to the user identification card SIM or the operating system server according to each hardware feature code; or

As a whole, the user identification card SIM or the operating system configuration server requests a hardware-related file package corresponding to each of the plurality of hardware signatures.

In addition, it can also include:

After the handheld device loads the operating system, the operating system of the handheld device saved in the user identification card SIM is updated according to a predetermined policy.

The predetermined policy may include: updating an operating system file saved in the user identification card SIM according to a round robin manner, updating an operating system file saved in the user identification card SIM in a passive manner, or updating the user identification card in a manual manner. Operating system files.

A system for implementing a configuration of a handheld device operating system, comprising a subscriber identity card SIM, a handheld device, and an operating system server, wherein

The subscriber identity card SIM stores a plurality of types of handheld operating system files that can be supported. The plurality of types of handheld device operating system files are respectively associated with a hardware-independent public file package and a hardware-related private file package. Storage

The handheld device loads and configures the operating system file of the handheld device from the user identification card SIM or the operating system configuration server according to the hardware-independent public file package and the hardware-related private file package.

In addition, it can also include:

An operating system configuration server stores a plurality of types of handheld operating system files that are supported by the plurality of types of handheld operating system files according to a hardware-independent public file package and a hardware-related private file package Storing to provide the handheld device with an operating system file that is not stored by the user identification card SIM or provide updated operating system files over a wireless communication network.

Compared with the prior art, the present invention has the following beneficial effects:

The present invention stores a plurality of types of handheld operating system files that can be supported by the user identification card SIM, and the plurality of types of handheld operating system files are manually disposed according to hardware and are respectively associated with hardware-independent public files and The hardware-related and differentiated hardware private package is loaded from the user identification card SIM to obtain the operating system file of the handheld device, and the hardware-related private file package can also be obtained from the wireless network. The operating system server is downloaded to the handheld device of the corresponding hardware, so that the user can conveniently migrate the personalized environment to the new handheld device, and can immediately restore the user's usage habits, making the standardization, open, and compatible. The handheld operating system of the hardware platform can be conveniently and quickly deployed on different hardware platforms, and the operating system with the latest features and more functions can be easily and quickly updated on the handheld devices of different hardware platforms. The invention also enables the operator to customize the developed and user-oriented various quality services to be conveniently and quickly updated on the handheld devices of different hardware platforms. DRAWINGS

1 is a network structure diagram of a system for implementing an operating system configuration of a handheld device according to an embodiment of the present invention;

2 is a storage structure diagram of a subscriber identity card SIM according to an embodiment of the present invention; FIG. 3 is a storage structure diagram of an operating system server according to an embodiment of the present invention; FIG. 4 is a diagram of a handheld device implementing an operating system loading according to an embodiment of the present invention; Module composition diagram;

Figure 5 is a flow chart showing a specific embodiment of the present invention for acquiring hardware related file packages according to the handheld device serial number;

6 is a flow chart showing a specific embodiment of the present invention for acquiring hardware-related file packages one by one according to hardware feature codes;

7 is a flow chart of a specific embodiment of the present invention for acquiring a hardware-related file package according to a hardware feature code;

8 is a flow chart of a specific embodiment of the present invention for updating an operating system by means of polling;

9 is a flow chart of a specific embodiment of the present invention for updating an operating system in a passive manner;

Figure 10 is a flow diagram of a particular embodiment of the present invention for updating an operating system in a manual manner. detailed description

The invention is compatible with a plurality of mobile phone manufacturers, various models, standardized, open mobile operating systems, and according to whether it is related to hardware, the operating system files are divided into two types, that is, public file packages not related to the hardware of the handheld device, for example Applications, databases, middleware, etc.; and private files related to handheld hardware and distinguishing hardware, such as hardware Related drivers, etc., can be implemented in various ways to distinguish hardware. For example, hardware-related modules are distinguished according to the serial number of the handheld device. The serial number of the handheld device is used to uniquely identify all hardware of the handheld device. If the hardware of the handheld device is the same, the same serial number can be used even if the model or appearance of the handheld device is different. The hardware-related package of the serial number mapping of the handheld device contains drivers and related files for all hardware of the handheld device. Or distinguish hardware-related modules according to hardware signatures. The hardware signature is used to uniquely identify a single hardware on the handheld device, such as a central processor

CPU, camera, keyboard, screen, etc. A hardware-related package of hardware signature mapping that contains drivers and related files for that hardware.

Referring to FIG. 1, the system for implementing the operating system configuration of the handheld device in this embodiment may include: a user identification card SIM 1, a handheld device 2, and an operating system OS server 3. In use, the user identification card SIM1 is inserted into the handheld device 2. The corresponding SIM card location, the handheld device 2 can communicate with the operating system OS server 3 via a wireless communication network and exchange information, as described below.

In this embodiment, the user identification card SIM 1 stores a plurality of types of handheld operating system files that can be supported. When the plurality of types of handheld operating system files are implemented in accordance with hardware, the user identification card SIM 1釆With a large-capacity SIM card, the mobile phone operating system can be stored on the SIM card. In addition, the SIM card can have the IS07816 interface with the requirements of the SIM card standard, and can also include one or more external high-speed interfaces, such as MMC. (Multimedia card) interface, USB (Universal Serial Bus) interface, SD, SDIO, etc. The handheld device 2 can perform data communication through any one of the interfaces and the large-capacity subscriber identity card SIM 1.

In this embodiment, the storage structure of the subscriber identity card SIM 1 is as shown in FIG. 2, and a file package of a public file package unrelated to the hardware of the handheld device 2 is stored on the subscriber identity card SIM 1, and the hardware is distinguished according to the serial number of the handheld device. The relevant module pre-stores the hardware-related file packages corresponding to the serial numbers of the M mainstream handheld devices; if the hardware-related modules are distinguished according to the hardware feature codes, the hardware-related file packages corresponding to the M common hardware feature codes are pre-stored. .

In addition, in the embodiment, the operating system OS configuration server 3 also stores a plurality of types of handheld operating system files that are supported, and the plurality of types of handheld operating system files are in accordance with a hardware-independent public file package and The hardware-related and differentiated hardware private files are separately stored to provide the handheld communication device with the operating system file that the user identification card SIM does not store or provide updated operating system text through the wireless communication network. In the specific implementation, the operating system OS configuration server 3 can be managed by the operator. Referring to FIG. 3, the storage structure is also composed of two corresponding parts, that is, a hardware-independent public file package, and a hardware-related private file. Packet, according to different hardware differentiation methods, for example, if the hardware-related module is distinguished according to the serial number of the handheld device, the hardware-related file package corresponding to the serial number of the handheld device compatible with the handheld operating system is pre-stored; The feature code distinguishes the hardware-related module, and the hardware-related file package corresponding to the feature code of the common hardware that the handheld operating system can be compatible with is stored in advance, and details are not described herein again.

In this embodiment, the handheld communication device 2 performs loading configuration after acquiring the operating system file of the handheld communication device from the user identification card SIM according to the hardware-independent common module and the hardware-related private module. In a specific implementation, the handheld device can use the structure as shown in FIG. 4, that is, a handheld device operating system boot loader (boot loader), a hardware configuration management module, and a nonvolatile storage management module for storing in the handheld device hardware. Such as hardware drivers, etc., memory (RAM) management module and SIM card high-speed communication module, wherein the operating system boot load module starts to load the operating system, SIM card high-speed communication module can communicate with the SIM card to read the required The operating system file, the hardware configuration management module starts the hardware configuration, reads the hardware driver from the nonvolatile storage management module, and the memory (RAM) management module caches the loaded program file, etc., and will not be described here. .

Since the hardware-independent public file package is basically similar in its acquisition manner and is not the focus of the present invention, the following mainly focuses on the hardware-related private file package acquisition method, and the hardware-related private file package is used to distinguish the hardware. An example of the process by which the operating system obtains a hardware-related private file package from the subscriber identity card SIM 1.

The first method is to obtain a hardware-related private file package according to the serial number of the handheld device. Referring to FIG. 5, the figure is a flowchart of a specific embodiment of the present invention for obtaining a hardware-related file package according to the handheld device serial number, which specifically includes:

501. The hardware configuration module of the handheld device obtains the serial number of the handheld device, (the serial number is used to uniquely confirm all the hardware of the handheld device, if the hardware of the handheld device is the same, even the manufacturer, the model of the handheld device, or the appearance, etc. The same serial number can also be used for different).

502-504, the handheld device sends the serial number of the handheld device through the SIM card high-speed communication module, and queries whether the hardware-related private file package corresponding to the serial number is on the SIM card, and the SIM card returns the query result;

504. The handheld device determines whether the SIM card has a hardware-related text corresponding to the serial number. Package

If the SIM card has a hardware-related private file package corresponding to the serial number, and the path of the file package is returned on the SIM card, execution is performed;

506. The handheld device reads the hardware-related file package through the SIM card high-speed communication module, and the obtaining process ends;

507. After the hardware-related private file package data is received and after receiving other required operating system files (for example, a hardware-independent public file package), the operating system is loaded, the latest loading time is updated, and the operating system is run. The operating system load startup process ends.

If the SIM card does not have a hardware-related package corresponding to this serial number, then the process is as follows:

509. The handheld device sends the serial number of the handheld device to the OS server through the wireless network. The wireless network may include WIFI, WinMax, 3G, or a mobile communication network such as 4G [TDS-LTE] that will be used in the future;

510-511, the OS server matches the serial number, and queries whether there is a hardware-related private file package corresponding to the serial number, and returns a query result;

512. The handheld device determines whether the OS server has a hardware-related file package corresponding to the serial number.

If the OS server returns no corresponding hardware-related private file package, the operating system is temporarily incompatible with the handheld device of the model, and the obtaining process ends, and other processing is performed;

513-514, if the OS server has a corresponding hardware-related private file package, the OS server sends the hardware-related private file package corresponding to the serial number of the handheld device to the handheld device through the wireless communication network, and the handheld device passes the SIM card high-speed communication module. Write data to the SIM card;

After the above hardware-related private file package data is received and other required operating system files are received (for example, a hardware-independent public file package), 507-508 can be executed, the operating system is loaded, the latest load time is updated, and the operation is performed. Operating system, operating system loading startup process ends.

It should be noted that when the hardware-related private file package of the operating system on the SIM card reaches the maximum number K, the hardware-related private file package that has not been loaded for the longest time on the SIM is deleted, and then saved and downloaded through the wireless network. Hardware-related private file packages are not described here.

The second way: Obtain the hardware-related private file package according to the hardware feature code - the process of obtaining the hardware-related private file package according to the hardware feature code and the above process Similarly, in specific implementation details, the OS server may request the hardware-related private file package not included in the SIM card one by one, or may request all the hardware-related private file packages not included in the SIM card to the OS server at one time. The implementation flow of these two methods is described separately below.

Request hardware related packages one by one:

Referring to FIG. 6, FIG. 6 is a flowchart of a specific embodiment of obtaining a hardware-related file package according to a hardware feature code, which specifically includes:

601. The hardware configuration module of the handheld device acquires a feature code of the hardware of the handheld device.

602-604, the handheld device sends the hardware feature code through the SIM card high-speed communication module, and checks whether the hardware-related private file package corresponding to the feature code is on the SIM card, and the SIM card returns the query result;

605. The handheld device determines whether the SIM card has a hardware-related file package corresponding to the hardware feature code.

If the SIM card has a hardware-related private file package corresponding to the hardware feature code, according to the path of the file package returned on the SIM card;

606. The handheld device reads, by using a SIM card high-speed communication module, a hardware-related private file package corresponding to the hardware feature code on the SIM card. If the judgment result is yes, the acquisition process ends; if the judgment result is that the reading is not completed, the process returns to step 601 to read the next hardware-related private file package.

After the above hardware-related private file package data is received and other required operating system files are received (for example, a hardware-independent public file package), 608-609 can be executed, the operating system is loaded, the latest load time is updated, and the operation is performed. Operating system, operating system loading startup process ends.

If the SIM card does not have a hardware-related private file package corresponding to the hardware signature, the process is as follows:

610. The handheld device sends the hardware feature code to the OS server through the wireless communication network. The wireless network may include WIFI, WinMax, 3G, or a mobile communication network such as 4G [TDS-LTE] that will be used in the future;

611-612, the OS server matches the hardware feature code, and queries whether there is a hardware-related private file package corresponding to the hardware feature code, and returns a query result to the handheld device;

613. The handheld device determines whether the OS server has a hardware-related file package corresponding to the hardware feature code. Package, the operating system is temporarily incompatible with the handheld device containing the hardware, the acquisition process ends, and other processing;

If the OS server has a hardware-related private file package corresponding to the hardware feature code; 614-616, the OS server sends the corresponding hardware-related private file package of the hardware feature code to the handheld device through the wireless communication network, and the OS server is related to the hardware. The file package is sent to the handheld device, and the handheld device also writes the data into the SIM card storage through the SIM card high speed communication module;

After receiving the data, the handheld device performs 607 to determine whether all the hardware related packets have been read. If the judgment result is yes, the obtaining process ends; if the judgment result is that the reading is not completed, the process returns to step 601, and the reading is performed. A hardware-related private file package is not described here.

Request all hardware related packages at once:

Referring to FIG. 7, the figure is a flowchart of a specific embodiment of the present invention for acquiring a hardware-related file package according to a hardware feature code, which specifically includes:

701. The hardware configuration module of the handheld device acquires a feature code of all hardware of the handheld device. 702-704, the handheld device sends all hardware feature codes through the SIM card high-speed communication module, and queries the matching of the hardware feature codes on the SIM card, and the SIM card returns the query result;

705. The handheld device determines whether the SIM card has a hardware-related file package corresponding to the hardware feature code.

706. After the handheld device reads all the hardware-related private file packages from the SIM card, the obtaining process ends.

After the above hardware-related private file package data is received and other required operating system files are received (for example, the hardware-independent public file package), 707-708 can be executed, the operating system is loaded, the latest load time is updated, and the operation is performed. Operating system, operating system loading startup process ends. The package, ^ 'j, proceeds to step 709. ' ⁷ '' ^ , , , ,

709. The handheld device sends the entire hardware signature of the hardware-related private file package not included on the SIM card to the OS server through the wireless communication network.

710-711, the OS server matching loop matches all hardware signatures, and the matching result is sent to the handheld device.

712. The handheld device determines, according to the matching situation returned by the OS, whether the OS server has a hardware-related file package of the set of hardware feature codes, if the OS server lacks one or more The hardware-related file package, the operating system is not compatible with the hardware of the handheld device, the process ends, and other processing is performed.

If the OS server has a hardware-related package of the set of hardware signatures,

713-715. The handheld device requests, from the OS server, a hardware-related file package not included in the SIM card, and the OS server sends, by using the wireless network, all the hardware-related private file packages not included in the SIM card to the handheld device, and the handheld device passes the SIM card. The high speed communication module writes data to the SIM card;

After the hardware-related private file package data is received and other required operating system files are received (for example, a hardware-independent public file package), steps 707-708 can be performed, the operating system is loaded, and the latest load time is updated. The operating system load startup process ends.

In this embodiment, the request for the hardware server-related private file package not stored on the SIM card is reduced to the number of times of the network handshake connection, which makes the whole startup more compact and shortens the startup. time.

In addition, it should be noted that a standardized, open operating system that operators can add various high-quality customized services should have an automatic update function, that is, a method for configuring the operating system of the handheld device of the present invention, in a handheld communication device. After the operating system is loaded, the operating system file saved in the SIM of the user identification card can be updated according to a predetermined policy. In specific implementation, the predetermined policy can be used in various manners, for example: updating the user identification card in the round-robin manner. The saved operating system file, the operating system file saved in the user identification card SIM is updated in a passive manner, or the operating system file saved in the user identification card SIM is manually updated.

The subscription policy can be updated to two according to the updated content:

1) Forced update. Such as bug modification, patching of security vulnerabilities, and addition of essential services;

2) Non-mandatory updates. Such as interface modification, function addition, etc.; non-mandatory updates may affect the user's operating habits, so non-mandatory updates should be done with the user's consent. The specific instructions are as follows:

Polling method

Referring to FIG. 8, the figure is a flowchart of a specific embodiment of updating the operating system by means of polling in the present invention, which specifically includes:

After the handheld device loads the operating system, it periodically asks the OS server via the wireless network whether there is a new update in the operating system. The steps are as follows:

801. After the handheld device is powered on, run the operating system. 802. The handheld device queries the OS server for an updated operating system, and the OS server returns the query result.

803. The handheld device determines whether there is a new operating system. If not, it enters 807; if yes, it proceeds to 804.

804. The handheld device determines whether the content that needs to be updated is a mandatory update, and if yes, enters 806; if not, proceeds to 805.

805. The handheld device asks the user whether to perform the update, and if yes, enters 806; if not, proceeds to 807.

806. The handheld device sends an appropriate file package to the OS server, and the OS server sends the updated operating system file package to the handheld device through the wireless network, and the handheld device writes the data to the SIM card through the SIM card high-speed communication module and overwrites the old system. file. After the update operation is completed, the handheld device restarts the operating system.

807, continue to run.

Passive mode

Referring to FIG. 9, the figure is a flowchart of a specific embodiment of the present invention for updating an operating system in a passive manner, and specifically includes:

When the OS server's operating system is updated, the handheld device is notified by SMS or other means to perform the update operation. When the user does not immediately update the operation, the update information is stored, so that the user can directly find the corresponding updated version when manually updating, the steps are as follows:

901. After the handheld device is powered on, run the operating system.

902. The OS server notifies the handheld device of a message that the operating system has been updated by using a short message or other means.

903. The handheld device determines whether the content that needs to be updated is a mandatory update, and if yes, enters 905; if not, proceeds to 904.

904. The handheld device asks the user whether to perform the update, and if yes, enters 905; if not, stores the update information, so that the user can directly find the corresponding updated version when manually updating, and then enter 906.

905. The handheld device requests the OS server to send a suitable file package, and the OS server sends the updated operating system file package to the handheld device through the wireless network, and the handheld device writes the data to the SIM card through the SIM card high-speed communication module and overwrites the old system. file. After the update operation is completed, the handheld device restarts the operating system.

906, continue to run.

Manual mode Referring to FIG. 10, which is a flowchart of a specific embodiment of the present invention for updating an operating system in a manual manner, specifically includes:

The user manually operates the handheld device to access the OS server and queries the operating system for new updates. The flow chart for manually updating the operating system is the same as the polling method. The difference is that the user can actively query the OS server for new updates at any time (rather than the mobile phone operating system timing), giving the user more freedom. The steps are as follows:

1001. After the handheld device is powered on, run the operating system.

1002. The handheld device determines whether update information is stored on the SIM card. If yes, go to 1004; if no, go to 1003.

1003. The handheld device queries the OS server for an updated operating system. If yes, go to 1004; if no, go to 1007.

1004. The handheld device determines, according to the update information, whether the content that needs to be updated is mandatory update. If yes, go to 1006; if no, go to 1005.

1005. The handheld device asks the user whether to perform the update, and if so, enters 1006; if not, enters 1007.

1006. The handheld device requests the OS server to send a suitable file package, and the OS server sends the updated operating system file package to the handheld device through the wireless network, and the handheld device writes the data to the SIM card through the SIM card high-speed communication module and overwrites the old system. file. After the update operation is completed, the handheld device restarts the operating system.

1007, continue to run. In summary, the present invention can be based on existing large-capacity SIM cards and increasingly mature wireless networks such as 3G, and is simple in implementation, enabling operators to more effectively control, deploy, and update standardized open handheld operating systems. Moreover, the solution of the present invention gives the user a very high experience effect without changing the operating environment of the user. The handheld operating system can be updated after the SIM card is released. The handheld hardware driver can also be updated after the SIM card is released. Make the operating system storage on the SIM card compatible with multiple mainstream mobile phone models (or compatible with common hardware), and minimize the dependence on the network. The application is installed on the SIM card and can be used (plug and play) after the handheld device is inserted into the SIM card to maximize the user's personal environment. The above description is a preferred embodiment of the present design method, and it should be noted that those skilled in the art can also make several improvements and retouchings without departing from the principles of the present invention. It is considered as the scope of protection of the present invention.

Claims

Rights request

A method for implementing a configuration of a handheld device operating system, comprising: storing, in a user identification card SIM, a plurality of types of handheld operating system files that are supported, wherein the plurality of types of handheld operating system files are in accordance with The hardware-independent public file package and the hardware-related private file package are separately stored; the hardware-specific private file package is loaded from the user identification card SIM to obtain the operating system file of the handheld device, and then loaded and configured.

2. The method according to claim 1, wherein the distinguishing hardware is distinguished by the serial number of the handheld device, and the operating system file of the handheld device is obtained from the user identification card SIM according to the private file package related to the hardware and distinguishing the hardware. Includes:

The handheld device obtains its serial number;

3. The method according to claim 2, wherein the operating system server stores a plurality of types of handheld operating system files that are supported, the plurality of types of handheld operating system files being in accordance with a hardware-independent public The file package and the private file package related to the hardware and distinguishing the hardware by the serial number of the handheld device are separately stored, and the method further includes:

The method according to claim 1, wherein the distinguishing hardware is distinguished by a hardware feature code, and acquiring the operating system file of the handheld device from the user identification card SIM according to the hardware-related and distinguishing hardware private file package comprises:

The handheld device obtains each hardware feature code of the handheld device;

The handheld device requests and obtains each of the user identification card SIMs according to each hardware feature code. A hardware-related package corresponding to the hardware signature.

5. The method according to claim 4, wherein the operating system server stores a plurality of types of handheld operating system files that are supported, the plurality of types of handheld operating system files being in accordance with a hardware-independent public The file package and the private file package related to the hardware and distinguishing the hardware by the hardware feature code of the handheld device are separately stored, and the method further includes:

If the user identification card SIM does not have a hardware-related file corresponding to the hardware feature code, the user identification card SIM feeds back the failure result to the handheld device;

After receiving the failure result, the handheld device requests and acquires a hardware-related file package corresponding to the hardware feature code from the operating system server according to the hardware feature code, and then acquires the hardware-related data corresponding to the acquired hardware feature code. The package is stored to the subscriber identity card SIM.

The method according to claim 4 or 5, wherein the handheld device requests and acquires a hardware-related file corresponding to the hardware feature code from the user identification card SIM or the operating system server according to the hardware feature code:

7. The method according to claim 1, further comprising: updating the operating system of the handheld device saved in the subscriber identity card SIM according to a predetermined policy after the handheld device loads the operating system.

The method according to claim 7, wherein the predetermined policy comprises: updating an operating system file saved in the user identification card SIM according to a round robin manner, and updating an operating system saved in the user identification card SIM in a passive manner. Update the operating system files saved in the user ID card SIM by file or manually.

9. A system for implementing a configuration of a handheld device operating system, comprising: a user identification card SIM, a handheld device, and an operating system server, wherein

User identification card SIM, which stores various types of handheld operating system files that can be supported. The plurality of types of handheld device operating system files are stored separately according to a hardware-independent public file package and a hardware-related private file package;

10. The system of claim 9, further comprising: an operating system configuration server storing a plurality of types of handheld operating system files that are supported, the plurality of types of handheld operating system files being A hardware-independent public file package and a hardware-related private file package are separately stored to provide the handheld device with an operating system file that the user identification card SIM does not store or provide updated operating system files over a wireless communication network.