WO2013189193A1 - Method and system for automatically configuring parameters of mobile terminal with android system - Google Patents

Abstract

Disclosed are a method and system for automatically configuring parameters of a mobile terminal with an Android system. The method includes: identifying a nation region corresponding to a SIM card in a mobile terminal; reading a configuration information parameter table file and searching for a configuration information parameter table in the configuration information parameter table file; and according to the found configuration information parameter table, automatically configuring the parameters of the mobile terminal. The present invention can obviate the step of configuring parameters by a user, improving the configuration efficiency.

Description

Android system mobile terminal parameter automatic configuration method and system Technical field

The present invention relates to the field of mobile terminal devices, and in particular, to a method and system for automatically configuring parameters of a mobile terminal in an Android system.

Background technique

Android system is an intelligent mobile terminal operating system launched by Google. Currently, the popularity of Android mobile terminals is getting higher and higher. For multinational mobile network operators, the same mobile terminal (especially the mobile terminal customized by the operator) ), in different countries, the parameter configuration is different, which brings a problem that the operator or the end user needs to reconfigure the parameters to adapt to different country regions. In addition, if the end users are different The use of the SIM card of the country area in the national area also requires manual refreshing or setting of the mobile terminal parameters, which brings great inconvenience to the user.

Therefore, the prior art has yet to be improved and developed.

technical problem

An object of the present invention is to provide a method and system for automatically configuring mobile terminal parameters of an Android system, which aims to solve the problem that the existing mobile terminal parameters need to be manually configured with low efficiency.

Technical solution

A method for automatically configuring a parameter of a mobile terminal in an Android system, the method comprising: identifying a country region corresponding to the SIM card according to a SIM card in the mobile terminal; reading a configuration information parameter table file and in the configuration information parameter table Searching, in the file, a configuration information parameter table corresponding to the country area, where the configuration information parameter table file includes configuration parameter parameter tables of at least two different country regions, and each configuration information parameter table corresponds to a country region; The configured configuration information parameter table automatically configures parameters of the mobile terminal; the configuration information parameter table file is pre-stored in the mobile terminal, and the configuration information parameter table file stores configuration of at least two different country regions. The information parameter table stores the configuration parameters of the corresponding country area.

A method for automatically configuring a parameter of a mobile terminal in an Android system, the method comprising: identifying a country region corresponding to the SIM card according to a SIM card in the mobile terminal; reading a configuration information parameter table file and in the configuration information parameter table Searching, in the file, a configuration information parameter table corresponding to the country area, where the configuration information parameter table file includes configuration parameter parameter tables of at least two different country regions, and each configuration information parameter table corresponds to a country region; The found configuration information parameter table automatically configures parameters of the mobile terminal.

A mobile terminal parameter automatic configuration system for an Android system, the system comprising: a country area identification module, configured to identify a country area corresponding to the SIM card according to a SIM card in the mobile terminal; and a parameter configuration module for reading Configuring an information parameter table file and searching for a configuration information parameter table corresponding to the country area in the configuration information parameter table file, and configured to automatically configure parameters of the mobile terminal according to the found configuration information parameter table; The configuration information parameter table file includes configuration parameter parameter tables of at least two different country regions, and each configuration information parameter table corresponds to a country region.

Beneficial effect

The invention pre-sets the configuration information parameter table file in the mobile terminal, identifies the SIM card country area according to the SIM card in the mobile terminal, and automatically configures the mobile terminal parameter according to the configuration information parameter table corresponding to the SIM card country area, thereby making the mobile terminal The function of automatically configuring parameters eliminates the cumbersome steps of manually configuring parameters by the user, and improves the configuration efficiency. For the user, after replacing the SIM card in different countries, it is not necessary to manually update the configuration parameters, thereby enabling the user to obtain A good user experience, for a multinational mobile network operator, the same customized mobile terminal does not need to reconfigure parameters for different country regions.

DRAWINGS

1 is a flow chart of a preferred embodiment of a method for automatically configuring parameters of a mobile terminal in an Android system according to the present invention.

2 is a flow chart of the SIM card country area identification process in the method shown in FIG. 1.

3 is a flow chart of a parameter configuration process in the method of FIG. 1.

FIG. 4 is a specific flowchart of a process of parsing a configuration information parameter table in the process shown in FIG. 3.

FIG. 5 is a specific flowchart of parameter configuration in the process shown in FIG.

FIG. 6 is a structural block diagram of a preferred embodiment of a mobile terminal parameter automatic configuration system for an Android system according to the present invention.

FIG. 7 is a structural block diagram of a country area identification module in the system shown in FIG. 6.

FIG. 8 is a structural block diagram of a parameter configuration module in the system shown in FIG. 6.

FIG. 9 is a structural block diagram of the analysis module shown in FIG. 8.

FIG. 10 is a structural block diagram of a parameter configuration module of the mobile terminal shown in FIG. 8.

BEST MODE FOR CARRYING OUT THE INVENTION

The present invention provides a method and system for automatically configuring parameters of a mobile terminal in an Android system. In order to make the objects, technical solutions and effects of the present invention clearer and clearer, the present invention will be further described in detail below. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In an embodiment of the present invention, a method for automatically configuring a mobile terminal parameter of an Android system includes the following steps:

A country area corresponding to the SIM card is identified based on a SIM card in the mobile terminal.

Reading a configuration information parameter table file, and searching, in the configuration information parameter table file, a configuration information parameter table corresponding to the country region, where the configuration information parameter table file includes configuration information parameter tables of at least two different country regions. Each configuration information parameter table corresponds to a country area, and the configuration information parameter table file is pre-stored in the mobile terminal, and the configuration information parameter table file stores configuration information parameter tables of at least two different country regions. The configuration information parameter table stores configuration parameters of the corresponding country area.

The parameters of the mobile terminal are automatically configured according to the found configuration information parameter table.

In another embodiment of the present invention, the method for automatically configuring a mobile terminal parameter of an Android system further includes:

A configuration information parameter table of the country area is set in advance in the mobile terminal, the configuration information parameter table includes configurable country area information, and the country area information is represented by PLMN code information.

The step of identifying the country area corresponding to the SIM card according to the SIM card in the mobile terminal includes:

Reading the PLMN code information of the SIM card, and matching with the country area information in the configuration information parameter table to identify a country area corresponding to the SIM card.

In another embodiment of the present invention, in the mobile terminal parameter automatic configuration method of the Android system, the reading the configuration information parameter table file and searching for the configuration information parameter corresponding to the country region in the configuration information parameter table file The steps of the table include:

A configuration information parameter table corresponding to the country region of the SIM card is found in the configuration information parameter table file.

The step of automatically configuring parameters of the mobile terminal according to the found configuration information parameter table includes:

The configuration information parameter table is parsed to generate a plurality of independent data blocks in units of modules.

The parameters of the mobile terminal are automatically configured according to the configuration data in the generated data block.

In another embodiment of the present invention, in the mobile terminal parameter auto-configuration method of the Android system, the step of parsing the configuration information parameter table to generate a plurality of independent data blocks in units of modules includes:

Get the XmlPull parser factory and create the XmlPull parser.

Obtaining a file stream of the configuration information parameter table.

The next function of the XmlPull parser is called cyclically, and the data in the file stream of the configuration information parameter table is parsed item by item.

A data block is created when parsing to the module tag, and the data content is obtained when parsing the data tag, and the data content is stored in the corresponding data block.

In another embodiment of the present invention, in the mobile terminal parameter automatic configuration method of the Android system, the step of automatically configuring parameters of the mobile terminal according to configuration data in the generated data block includes:

Different data blocks are allocated to the corresponding configuration sub-modules according to the attributes of the data blocks.

The parameters of the mobile terminal are automatically configured according to configuration data in the corresponding data block.

Please refer to FIG. 1. FIG. 1 is a flowchart of a method for automatically configuring a parameter of a mobile terminal in an Android system according to the present invention. As shown in the figure, the method includes the following steps:

S101, pre-storing a configuration information parameter table file in the mobile terminal, where the configuration information parameter table file includes a configuration information parameter table of a plurality of different country regions, and each configuration information parameter table corresponds to a country region;

S102. The mobile terminal is powered on, and the national area of the current SIM card is identified according to the SIM card in the mobile terminal;

S103. Search, in the configuration information parameter table file, a configuration information parameter table corresponding to the current SIM card country area, and automatically configure the mobile terminal parameter according to the found configuration information parameter table.

In step S101, a configuration information parameter table file is stored in advance in the mobile terminal, and a configuration information parameter table of a plurality of different country regions is stored in the configuration information parameter table, and each configuration information parameter table stores a corresponding configuration parameter table. In the configuration parameters of the country area, in general, all the configuration information parameter tables can be stored in a specified directory as a configuration information parameter table file, and the configuration information parameter table of different country regions can be distinguished by a certain naming rule, for example, It can be <PLMN>.xml, and the content of the configuration information parameter table needs to be filled in with certain grammar rules. The present invention can express the content of the configuration information parameter table in the form of an xml file, DTD (Document Type Definition (document type definition) is a set of grammar rules for tags, which can be defined as follows:

<!DOCTYPE SSV [

<!ELEMENT SSV (module+)>

<!ELEMENT module (int | byte | float | bool | String | set)*>

<!ELEMENT int #PCDATA>

<!ELEMENT byte #PCDATA>

<!ELEMENT float #PCDATA>

<!ELEMENT bool #PCDATA>

<!ELEMENT string #PCDATA>

<!ELEMENT set (record)*>

<!ELEMENT record>

<!ATTLIST module name CDATA #REQUIRED>

<!ATTLIST int name CDATA #REQUIRED>

<!ATTLIST byte name CDATA #REQUIRED>

<!ATTLIST float name CDATA #REQUIRED>

<!ATTLIST bool name CDATA #REQUIRED>

<!ATTLIST string name CDATA #REQUIRED>

<!ATTLIST set name CDATA #REQUIRED>

]>

In step S102, the mobile terminal is powered on, and receives a broadcast after the Android system of the mobile terminal is powered on, for example, a BOOT_COMPLETED broadcast, which is received by a broadcast receiver (Broadcase Receiver) in the mobile terminal. Of course, this first needs to declare the corresponding BroadcaseReceiver in the AndroidManifest.xml file and register to listen for the "android.intent.action.BOOT_COMPLETED" event.

After the booting is completed, the country area of the current SIM card needs to be identified according to the SIM card in the mobile terminal. This step is mainly for identifying the SIM card country area, thereby determining whether the country area of the SIM card is within the configurable country area of the mobile terminal. As shown in Figure 2, this step can be specifically broken down into:

S201. Set a country area configuration information table in the mobile terminal, where the country area configuration information table includes configurable country area information, where the country area information is in a PLMN (Public) Land Mobile Network, public land mobile network) code information indicates that the use of PLMN code information to represent country area information is mainly due to the convenience of implementation, that is, the country area configuration information table has a mapping relationship between PLMN code information and country area information, the country The area configuration information table is as follows:

<string-array name="CArea">

 <item >46000</item> <!-- China Mobile -->

 <item >46001</item> <!-- China Unicom -->

 ...

 <item >310170</item> <!-- T-Mobile USA -->

 </string-array>

S202. Read PLMN code information of the SIM card, and match the country area information in the country area configuration information table to identify a country area of the current SIM card. This step is to read the PLMN code information of the SIM card through the Android system TELEPHONY_SERVICE, and then compare the PLMN code information of the SIM card with the PLMN code information in the configuration information parameter table, thereby using the PLMN code information and the country according to the national area configuration information table. The mapping relationship of the area information acquires the country area of the current SIM card. Of course, if the country area of the SIM card cannot be matched in the country area configuration information table, the current country area of the SIM card is not in the configurable area, and the mobile terminal The parameter autoconfiguration task can end immediately.

S104. Search, in the configuration information parameter table file, a configuration information parameter table corresponding to the current SIM card country area, and automatically configure the mobile terminal parameter according to the found configuration information parameter table. After the country area of the SIM card is obtained, the configuration information parameter table is distinguished by a certain naming rule, so the configuration information parameter corresponding to the SIM card country area can be found in the configuration information parameter table file. The table then automatically configures the parameters of the mobile terminal according to the corresponding configuration information parameter table. As shown in Figure 3, this step can be specifically refined into the following steps:

S301. Search, in the configuration information parameter table file, a configuration information parameter table corresponding to the current SIM card country area, and find a corresponding configuration information parameter table according to a naming rule of the configuration information parameter table, for example, PLMN.xml.

S302. Parse the configuration information parameter table, and generate a plurality of independent data blocks in units of modules. After the configuration information parameter table is found, the content of the configuration information parameter table needs to be parsed to obtain some data. Block, the data block is independent and is in units of modules, such as a Sound module, a Display module, and a Network module. Each data block stores corresponding configuration data for configuration parameters, and the number of data blocks and configuration data are different. The configuration information parameter table is different. This step can also be specifically refined into the following steps, as shown in Figure 4:

S401. Obtain an XmlPull parser factory (XmlPullParserFactory) and create an XmlPull parser.

S402. Obtain a file stream of the configuration information parameter table.

S403. The parsing action starts: cyclically calling the next function of the XmlPull parser, and parsing the data in the file stream of the configuration information parameter table item by item;

S404. The parsing process: when parsing the module tag, creating a data block; when parsing the data tag, acquiring the data content, and storing the data content in a corresponding data block, the data content being a configuration parameter Configuration data used.

S303. Automatically configure mobile terminal parameters according to configuration data in the generated data block. In this step, the parameters of the mobile terminal are automatically configured according to the corresponding configuration data in each data block. As shown in FIG. 5, this step can also be specifically refinement as follows:

S501. Allocating different data blocks to corresponding configuration submodules according to attributes of the data block;

S502. The configuration submodule automatically configures mobile terminal parameters according to configuration data in a corresponding data block.

Based on the above method, the present invention also provides a mobile terminal parameter automatic configuration system for an Android system.

In an embodiment of the present invention, the mobile terminal parameter automatic configuration system of the Android system includes:

The national area identification module is configured to identify a country area corresponding to the SIM card according to a SIM card in the mobile terminal.

a parameter configuration module, configured to read a configuration information parameter table file, and search a configuration information parameter table corresponding to the country area in the configuration information parameter table file, and configured to automatically configure the parameter information table according to the found configuration information parameter table. The parameters of the mobile terminal.

The configuration information parameter table file includes configuration parameter parameter tables of at least two different country regions, and each configuration information parameter table corresponds to a country region.

In another embodiment of the present invention, the mobile terminal parameter automatic configuration system of the Android system further includes:

a country area configuration information table presetting module, configured to pre-set a configuration information parameter table of the country area in the mobile terminal, where the configuration information parameter table includes configurable country area information, and the country area information is in a PLMN Code information representation.

The SIM card country area identification module is configured to read the PLMN code information of the SIM card, and is configured to match the country area information in the configuration information parameter table to identify a country area corresponding to the SIM card.

In another embodiment of the present invention, the parameter configuration module includes:

The configuration information parameter table searching module is configured to find, in the configuration information parameter table file, a configuration information parameter table corresponding to the country region of the SIM card.

And a parsing module, configured to parse the configuration information parameter table, and used to generate a plurality of independent data blocks in units of modules.

The mobile terminal parameter configuration module is configured to automatically configure parameters of the mobile terminal according to the configuration data in the generated data block.

In another embodiment of the present invention, the parsing module includes:

The XmlPull parser creates a unit for getting the XmlPull parser factory and for creating the XmlPull parser.

a file stream obtaining unit, configured to acquire a file stream of the configuration information parameter table.

The data parsing unit is configured to cyclically call the next function of the XmlPull parser, and is used to parse the data in the file stream of the configuration information parameter table item by item.

a data block creating unit for creating a data block when parsing to the module tag, and acquiring the data content when parsing the data tag, and storing the data content into the corresponding data block.

In another embodiment of the present invention, the mobile terminal parameter configuration module includes:

And an allocation unit, configured to allocate different data blocks into the corresponding configuration sub-module according to the attributes of the data block.

The configuration submodule unit is configured to automatically configure parameters of the mobile terminal according to configuration data in the corresponding data block.

Specifically, as shown in FIG. 6, the mobile terminal parameter automatic configuration system of the Android system may include:

The configuration information parameter table file presetting module 100 is configured to pre-store a configuration information parameter table file in the mobile terminal, where the configuration information parameter table file includes a configuration information parameter table of a plurality of different country regions, and each configuration information parameter table Corresponding to a country area;

The national area identification module 200 is configured to identify a national area of the current SIM card according to the SIM card in the mobile terminal;

The parameter configuration module 300 is configured to search, in the configuration information parameter table file, a configuration information parameter table corresponding to the current SIM card country area, and automatically configure the mobile terminal parameter according to the found configuration information parameter table. The present invention further provides a broadcast receiver for receiving the broadcast of the Android system of the mobile terminal after the booting is completed, which is specifically referred to the prior art. The functions of the above modules are described in detail above and will not be described again.

Further, as shown in FIG. 7, the country area identification module 200 specifically includes:

a country area configuration information table presetting module 210, configured to pre-set a country area configuration information table in the mobile terminal, where the country area configuration information table includes configurable country area information, where the country area information is represented by PLMN code information;

The SIM card country area identification module 220 is configured to read the PLMN code information of the SIM card, and match the country area information in the country area configuration information table to identify the country area of the current SIM card. The functions of the above modules are described in detail above and will not be described again.

Further, as shown in FIG. 8, the parameter configuration module 300 specifically includes:

The configuration information parameter table searching module 310 is configured to search, in the configuration information parameter table file, a configuration information parameter table corresponding to the current SIM card country region;

The parsing module 320 is configured to parse the configuration information parameter table, and generate a plurality of independent data blocks in units of modules;

The mobile terminal parameter configuration module 330 is configured to automatically configure the mobile terminal parameters according to the configuration data in the generated data block. The functions of the above modules are described in detail above and will not be described again.

Further, as shown in FIG. 9, the parsing module 320 specifically includes:

The XmlPull parser creation unit 321 is configured to acquire an XmlPull parser factory and create an XmlPull parser;

a file stream obtaining unit 322, configured to acquire a file stream of the configuration information parameter table;

The data parsing unit 323 is configured to cyclically call the next function of the XmlPull parser, and parse the data in the file stream of the configuration information parameter table item by item;

The data block creating unit 324 is configured to: when parsing the module tag, create a data block; when parsing the data tag, acquire the data content, and store the data content into the corresponding data block. The function of each unit described above has been previously described in detail and will not be described again.

Further, as shown in FIG. 10, the mobile terminal parameter configuration module 330 includes:

An allocating unit 331, configured to allocate different data blocks to corresponding configuration submodules according to attributes of the data block;

The configuration submodule unit 332 is configured to automatically configure the mobile terminal parameters according to the configuration data in the corresponding data block.

In summary, the present invention pre-configures the configuration information parameter table file in the mobile terminal, identifies the SIM card country area according to the SIM card in the mobile terminal, and automatically configures the mobile terminal parameter according to the configuration information parameter table corresponding to the SIM card country area. Therefore, the mobile terminal obtains the function of automatically configuring parameters, eliminating the cumbersome steps of manually configuring parameters by the user, and improving the configuration efficiency. For the user, after replacing the SIM card in different countries, there is no need to manually update the configuration parameters. Therefore, users get a good user experience. For a multinational mobile network operator, the same customized mobile terminal does not need to reconfigure parameters for different country regions.

It is to be understood that the application of the present invention is not limited to the above-described examples, and those skilled in the art can make modifications and changes in accordance with the above description, all of which are within the scope of the appended claims.

Embodiments of the invention

Industrial applicability

Sequence table free content

Claims (15)

1. An automatic configuration method for mobile terminal parameters of Android system, wherein

   The method includes:

   Identifying a country region corresponding to the SIM card according to a SIM card in the mobile terminal;

   Reading a configuration information parameter table file, and searching, in the configuration information parameter table file, a configuration information parameter table corresponding to the country region, where the configuration information parameter table file includes configuration information parameter tables of at least two different country regions. Each configuration information parameter table corresponds to a country region;

   Automatically configuring parameters of the mobile terminal according to the found configuration information parameter table;

   The configuration information parameter table file is pre-stored in the mobile terminal, and the configuration information parameter table file stores configuration information parameter tables of at least two different country regions, where the configuration information parameter table stores corresponding country regions. Configuration parameters.
2. The mobile terminal parameter automatic configuration method according to claim 1, wherein

   The method further includes:

   Setting a configuration information parameter table of the country area in the mobile terminal, where the configuration information parameter table includes configurable country area information, where the country area information is represented by PLMN code information;

   The step of identifying the country area corresponding to the SIM card according to the SIM card in the mobile terminal includes:

   Reading the PLMN code information of the SIM card, and matching with the country area information in the configuration information parameter table to identify a country area corresponding to the SIM card.
3. The mobile terminal parameter automatic configuration method according to claim 1, wherein

   The step of reading the configuration information parameter table file and searching the configuration information parameter table file for the configuration information parameter table corresponding to the country region includes:

   Finding, in the configuration information parameter table file, a configuration information parameter table corresponding to a country region of the SIM card;

   The step of automatically configuring parameters of the mobile terminal according to the found configuration information parameter table includes:

   Parsing the configuration information parameter table to generate a plurality of independent data blocks in units of modules;

   The parameters of the mobile terminal are automatically configured according to the configuration data in the generated data block.
4. The mobile terminal parameter automatic configuration method according to claim 3, wherein

   The step of parsing the configuration information parameter table to generate a plurality of independent data blocks in units of modules includes:

   Get the XmlPull parser factory and create the XmlPull parser;

   Obtaining a file stream of the configuration information parameter table;

   Looping through the next function of the XmlPull parser to parse the data in the file stream of the configuration information parameter table item by item;

   A data block is created when parsing to the module tag, and the data content is obtained when parsing the data tag, and the data content is stored in the corresponding data block.
5. The mobile terminal parameter automatic configuration method according to claim 3, wherein

   The step of automatically configuring parameters of the mobile terminal according to configuration data in the generated data block includes:

   Allocating different data blocks to corresponding configuration submodules according to attributes of the data block;

   The parameters of the mobile terminal are automatically configured according to configuration data in the corresponding data block.
6. An automatic configuration method for mobile terminal parameters of Android system, wherein

   The method includes:

   Identifying a country region corresponding to the SIM card according to a SIM card in the mobile terminal;

   Reading a configuration information parameter table file, and searching, in the configuration information parameter table file, a configuration information parameter table corresponding to the country region, where the configuration information parameter table file includes configuration information parameter tables of at least two different country regions. Each configuration information parameter table corresponds to a country region;

   The parameters of the mobile terminal are automatically configured according to the found configuration information parameter table.
7. The mobile terminal parameter automatic configuration method according to claim 6, wherein

   The method further includes:

   Setting a configuration information parameter table of the country area in the mobile terminal, where the configuration information parameter table includes configurable country area information, where the country area information is represented by PLMN code information;

   The step of identifying the country area corresponding to the SIM card according to the SIM card in the mobile terminal includes:

   Reading the PLMN code information of the SIM card, and matching with the country area information in the configuration information parameter table to identify a country area corresponding to the SIM card.
8. The mobile terminal parameter automatic configuration method according to claim 6, wherein

   The step of reading the configuration information parameter table file and searching the configuration information parameter table file for the configuration information parameter table corresponding to the country region includes:

   Finding, in the configuration information parameter table file, a configuration information parameter table corresponding to a country region of the SIM card;

   The step of automatically configuring parameters of the mobile terminal according to the found configuration information parameter table includes:

   Parsing the configuration information parameter table to generate a plurality of independent data blocks in units of modules;

   The parameters of the mobile terminal are automatically configured according to the configuration data in the generated data block.
9. The mobile terminal parameter automatic configuration method according to claim 8, wherein

   The step of parsing the configuration information parameter table to generate a plurality of independent data blocks in units of modules includes:

   Get the XmlPull parser factory and create the XmlPull parser;

   Obtaining a file stream of the configuration information parameter table;

   Looping through the next function of the XmlPull parser to parse the data in the file stream of the configuration information parameter table item by item;

   A data block is created when parsing to the module tag, and the data content is obtained when parsing the data tag, and the data content is stored in the corresponding data block.
10. The mobile terminal parameter automatic configuration method according to claim 9, wherein

    The step of automatically configuring parameters of the mobile terminal according to configuration data in the generated data block includes:

    Allocating different data blocks to corresponding configuration submodules according to attributes of the data block;

    The parameters of the mobile terminal are automatically configured according to configuration data in the corresponding data block.
11. An automatic parameter parameter automatic configuration system for Android system, wherein

    The system includes:

    a country area identification module, configured to identify a country area corresponding to the SIM card according to a SIM card in the mobile terminal;

    a parameter configuration module, configured to read a configuration information parameter table file, and search a configuration information parameter table corresponding to the country area in the configuration information parameter table file, and configured to automatically configure the parameter information table according to the found configuration information parameter table. The parameters of the mobile terminal;

    The configuration information parameter table file includes configuration parameter parameter tables of at least two different country regions, and each configuration information parameter table corresponds to a country region.
12. The mobile terminal parameter automatic configuration system according to claim 11, wherein

    The system also includes:

    a country area configuration information table presetting module, configured to pre-set a configuration information parameter table of the country area in the mobile terminal, where the configuration information parameter table includes configurable country area information, and the country area information is in a PLMN Code information representation;

    The SIM card country area identification module is configured to read the PLMN code information of the SIM card, and is configured to match the country area information in the configuration information parameter table to identify a country area corresponding to the SIM card.
13. The mobile terminal parameter automatic configuration system according to claim 11, wherein

    The parameter configuration module includes:

    a configuration information parameter table searching module, configured to search, in the configuration information parameter table file, a configuration information parameter table corresponding to a country region of the SIM card;

    a parsing module, configured to parse the configuration information parameter table, and used to generate a plurality of independent data blocks in units of modules;

    The mobile terminal parameter configuration module is configured to automatically configure parameters of the mobile terminal according to the configuration data in the generated data block.
14. The mobile terminal parameter automatic configuration system according to claim 13, wherein

    The parsing module includes:

    The XmlPull parser creates a unit for getting the XmlPull parser factory and for creating the XmlPull parser;

    a file stream obtaining unit, configured to acquire a file stream of the configuration information parameter table;

    a data parsing unit, configured to cyclically call the next function of the XmlPull parser, and used to parse the data in the file stream of the configuration information parameter table item by item;

    a data block creating unit for creating a data block when parsing to the module tag, and acquiring the data content when parsing the data tag, and storing the data content into the corresponding data block.
15. The mobile terminal parameter automatic configuration system according to claim 13, wherein

    The mobile terminal parameter configuration module includes:

    An allocating unit, configured to allocate different data blocks to corresponding configuration submodules according to attributes of the data block;

    The configuration submodule unit is configured to automatically configure parameters of the mobile terminal according to configuration data in the corresponding data block.

Images