CN101287233B - Method and system for implementing STK application in double-card double-standby terminal - Google Patents
Method and system for implementing STK application in double-card double-standby terminal Download PDFInfo
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- CN101287233B CN101287233B CN2008101126478A CN200810112647A CN101287233B CN 101287233 B CN101287233 B CN 101287233B CN 2008101126478 A CN2008101126478 A CN 2008101126478A CN 200810112647 A CN200810112647 A CN 200810112647A CN 101287233 B CN101287233 B CN 101287233B
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Abstract
The invention discloses a method for realizing the STK application in a dual-card and dual-standby mobile terminal; the dual-card and dual-standby mobile terminal comprises two STK application programs and two STK tactics modules that respectively correspond to two SIM cards. The method comprises that: the STK application programs are called; the STK application programs are registered in a registry for the SIM card identification corresponding to the called STK application programs; SIM card identifications registered in the registry are acquired, and the corresponding STK tactics modules are defined according to the SIM card identifications; the STK tactics modules exhibit menus, when that options of the menus are ticked is inspected, the STK tactics modules interactively complete the STK applications together with the corresponding SIM cards by wireless interface layers. The invention also discloses a system to realize the STK applications in the dual-card and dual-standby mobile terminal; through the method and the system disclosed by the invention, using two SIM cards supporting the STK applications in the dual-card and dual-standby mobile terminal can correctly complete the STK applications of the corresponding SIM cards.
Description
Technical field
The present invention relates to the STK application technology, be meant a kind of method and system that STK uses of in dual-SIM-card dual-standby mobile terminal, realizing especially.
Background technology
STK is the english abbreviation of SIM kit, is command statement mutual between a series of SIMs and the portable terminal.
Shown in Figure 1 is in the single deck tape-recorder portable terminal, to realize the system construction drawing that STK uses.As shown in Figure 1, this system comprises STK application call module, STK policy module, wave point driver module and wireless module.When the user when calling STK application call module invokes STK application program, STK application call STK policy module, the STK policy module is showed menu to the user.After the option in user's choice menus; The STK policy module will be corresponding with this selected option the STK request command send to wireless module through the wave point driver module; After SIM in the wireless module is handled this STK request command, through the wave point driver module STK order is sent to the STK policy module, this STK order is carried out in the STK policy module; And the STK response command is sent to wireless module through the wave point driver module, accomplish STK thus and use.
Dual-SIM-card dual-standby mobile terminal has appearred in the development along with mobile communication technology.In dual-SIM-card dual-standby mobile terminal, because the user can use two SIMs simultaneously, so, need be provided at and realize the method that STK uses in the dual-SIM-card dual-standby mobile terminal.
Summary of the invention
In view of this; The object of the present invention is to provide a kind of method of STK application and system that realization STK uses in dual-SIM-card dual-standby mobile terminal of in dual-SIM-card dual-standby mobile terminal, realizing, make the STK that when in dual-SIM-card dual-standby mobile terminal, using the SIM of two support STK application, can correctly accomplish corresponding SIM card use.
In order to achieve the above object, the present invention provides a kind of method that STK uses that in dual-SIM-card dual-standby mobile terminal, realizes, in dual-SIM-card dual-standby mobile terminal, comprises two STK application programs, and said two STK application programs are corresponding with two SIMs respectively; In dual-SIM-card dual-standby mobile terminal, comprise two STK policy modules, said two STK policy modules are corresponding with two SIMs respectively; Realize that the method that STK uses comprises the steps:
Call the STK application program;
The STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table;
Obtain the sign of the SIM of in registration table, registering, confirm corresponding STK policy module according to the sign of the SIM that is obtained;
Menu is showed in the STK policy module in double-mode and double-standby terminal, when the option in detecting menu was selected, the STK policy module was accomplished STK alternately through radio interface layer and corresponding SIM and used.
In dual-SIM-card dual-standby mobile terminal, create the shortcut that two STK use, the shortcut that said two STK use is corresponding with two STK application programs respectively; The said STK of calling application program is: the shortcut through calling the STK application is called corresponding STK application program.
In dual-SIM-card dual-standby mobile terminal, comprise two STK service threads, said two STK service thread is corresponding with two SIMs respectively; Whether said STK service thread can be used to create or delete the shortcut of the STK application program of the correspondence that is used to call corresponding SIM according to the STK application program of the SIM of correspondence.When dual-SIM-card dual-standby mobile terminal was started shooting, the system service process started and said two STK service of initialization thread successively.
In dual-SIM-card dual-standby mobile terminal, comprise the STK routing module; Said STK application program is accomplished after the step of in registration table, registering; Call the STK routing module; Obtain the sign of the SIM of in registration table, registering by the STK routing module, confirm corresponding STK policy module according to the sign of the SIM that is obtained, and call this corresponding STK policy module.
When said dual-SIM-card dual-standby mobile terminal adopted Windows Mobile operating system, said STK application program was accomplished after the step of in registration table, registering, and calls the default interface caller, calls the STK routing module by the default interface caller.
When dual-SIM-card dual-standby mobile terminal is started shooting, load and initialization STK routing module, the STK routing module loads and said two the STK policy modules of initialization successively.
The step that said STK policy module is accomplished the STK application alternately through radio interface layer and corresponding SIM comprises:
The STK policy module sends to the pairing STK request command of selected option the wireless module that comprises corresponding SIM through radio interface layer;
After the SIM treatment S TK request command in the wireless module, send the STK order with broadcast mode through said two the STK policy modules of wave point course;
The STK policy module receives the STK order and judges whether the STK order needs to handle, if, then carry out after this STK order, through radio interface layer the STK response command is sent to the wireless module that comprises corresponding SIM, accomplish STK thus and use.
Wherein, Said STK policy module comprises the step that the pairing STK request command of selected option sends to the wireless module that comprises corresponding SIM through radio interface layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK request command; And this STK request command is sent to the radio interface layer router through the wave point layer proxy of invoke extensions; The radio interface layer router is according to the sign that is used to represent corresponding SIM of adding in the STK request command; The STK request command is sent to the wave point driver module corresponding with the wireless module that comprises corresponding SIM, the STK request command is sent to the wireless module that comprises corresponding SIM by this wave point driver module;
Said SIM comprises with the step that broadcast mode sends the STK order through two STK policy modules of wave point course: the wireless module that SIM is corresponding sends the STK order to the wave point driver module of correspondence; The wave point driver module is resolved after the STK order; In the STK order, add the sign that is used to represent corresponding SIM; And sending to the radio interface layer router, the radio interface layer router sends to two STK policy modules with the STK order that receives with broadcast mode through the wave point layer proxy of invoke extensions;
Said STK policy module receives the STK order and judges whether the STK order needs processed steps to comprise: the STK policy module receives after the STK order; Obtain the sign of adding in the STK order, confirm according to the sign of adding in the STK order this STK orders whether needs are handled;
Said STK policy module comprises the step that the STK response command sends to the wireless module that comprises corresponding SIM through radio interface layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK response command; Wave point layer proxy through invoke extensions sends to the radio interface layer router with this STK response command; The radio interface layer router is according to the sign of adding in the STK response command; The STK response command is sent to corresponding wave point driver module, the STK response command is sent to the wireless module that comprises corresponding SIM by this wave point driver module.
In order to achieve the above object; The present invention provides a kind of system that STK uses that in dual-SIM-card dual-standby mobile terminal, realizes, this system comprises: the wave point layer proxy of two STK application call modules, a STK routing module, two STK policy modules, an expansion, a radio interface layer router, two wave point driver modules and two wireless modules; Said two STK application call modules are corresponding with two SIMs respectively; Said two STK policy modules are corresponding with two SIMs respectively; Said two wave point driver modules are corresponding with two SIMs respectively, and said two wireless modules are corresponding with two SIMs respectively;
Said STK application call module; Be used to call the STK application program; When this invoked STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table after, the said STK routing module of said STK application call module invokes;
The STK routing module; Be used to preserve the sign of SIM and the corresponding relation between the STK policy module; Be used for obtaining the sign of the SIM of registering at registration table; Search said corresponding relation according to the sign of the SIM that is obtained and confirm corresponding STK policy module, and call this corresponding STK policy module;
The STK policy module is used to show menu, when the option in detecting menu is selected, through the wave point layer proxy of invoke extensions, the pairing STK request command of selected option is sent to the radio interface layer router; Be used to receive STK order and judge whether the STK order needs to handle, if, then to carry out after this STK orders, the wave point layer proxy through invoke extensions sends to the radio interface layer router with the STK response command;
The radio interface layer router is used to receive the STK request command from the STK policy module, and sends to corresponding wave point driver module; Be used to receive STK order, and send to two STK policy modules with broadcast mode from the wave point driver module; Be used to receive STK response command, and send to corresponding wave point driver module from the STK policy module;
The wave point driver module is used to receive from the STK request command of radio interface layer router and resolves, and the STK request command after resolving is sent to corresponding wireless module; Be used to receive the STK order of self-corresponding wireless module and resolve, the STK order after resolving is sent to the radio interface layer router;
Wireless module is used to receive the STK request command that comes self-corresponding wave point driver module, gives corresponding SIM and handles this STK request command; The STK order that is used for SIM is sent sends to corresponding wave point driver module.
Said system comprises that further two STK use shortcut establishment/removing module, and it is corresponding with two SIMs respectively that said two STK use shortcut establishment/removing module; Said STK uses shortcut establishment/removing module, is used to create or delete the shortcut that is used to call the corresponding STK application program of corresponding SIM.
Said system further comprises the default interface calling module; When invoked STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table after, the said default interface calling module of said STK application call module invokes; Said default interface calling module is used to call the STK routing module.
According to the method and system of in dual-SIM-card dual-standby mobile terminal, realizing the STK application provided by the invention; When the user calls the STK application program of a certain SIM correspondence; The STK application program is registered the SIM sign in registration table; In subsequent step, can identify to confirm that the user calls is that the corresponding STK of that SIM uses like this, accomplish corresponding STK and use thereby call corresponding STK policy module according to the SIM of registering in the registration table.Based on this method and system, can simply, correctly distinguish the corresponding STK of different SIM card and use, can realize in dual-SIM-card dual-standby mobile terminal that thus STK uses.
In addition; According to the method and system of in dual-SIM-card dual-standby mobile terminal, realizing the STK application provided by the invention; Use corresponding shortcut through creating, and can support that according to SIM STK should be used for creating or deleting corresponding shortcut, use thereby can be user-friendly to STK with STK; And the user can judge that whether a certain SIM supports STK to use, and has improved user's use experience according to having or not of shortcut.
Description of drawings
Shown in Figure 1 is in the single deck tape-recorder portable terminal, to realize the system construction drawing that STK uses in the prior art.
Shown in Figure 2 is in dual-SIM-card dual-standby mobile terminal, to realize the method flow diagram that STK uses in the embodiment of the present invention.
Shown in Figure 3 is the sketch map of initialization STK service thread in the embodiment of the present invention.
Shown in Figure 4 is in dual-SIM-card dual-standby mobile terminal, to realize the system construction drawing that STK uses in the embodiment of the present invention.
Shown in Figure 5 is the sketch map of initialization STK routing module and STK policy module in the embodiment of the present invention.
Shown in Figure 6 in dual-SIM-card dual-standby mobile terminal, realizing the method flow diagram that STK uses in the embodiment of the present invention with system shown in Figure 4 structure.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, lift specific embodiment below, the present invention is done further detailed explanation.
In order to realize that in dual-SIM-card dual-standby mobile terminal STK uses, embodiment of the present invention is provided with two STK application programs in dual-SIM-card dual-standby mobile terminal, and said two STK application programs are corresponding with two SIMs respectively; Two STK policy modules are set in dual-SIM-card dual-standby mobile terminal, and said two STK policy modules are corresponding with two SIMs respectively.The STK policy module realizes different strategies to its corresponding SIM, realizes each item function of STK.The method that in dual-SIM-card dual-standby mobile terminal, realizes the STK application is as shown in Figure 2, comprises the steps:
Step 201: the user calls the corresponding STK application program of one of them SIM.
In embodiment of the present invention, the user calls the STK application program for ease, in dual-SIM-card dual-standby mobile terminal, can create the shortcut that two STK use, and the shortcut that said two STK use is corresponding with the STK application program of two SIMs respectively.The title of STK application shortcut can be unified with STK Apply Names in the pairing SIM, thereby make the user can distinguish very directly that STK uses and the corresponding relation of SIM.Like this, in this step, the user can call corresponding STK application program through the shortcut of calling the STK application.
In embodiment of the present invention, in order to create and delete the shortcut that STK uses, two STK service threads are set in dual-SIM-card dual-standby mobile terminal, said two STK service thread is corresponding with two SIMs respectively.Whether STK service thread can be used to create or delete the shortcut that is used to call the corresponding STK application program of corresponding SIM according to the STK application program of the SIM of correspondence.
For example, when SIM supports that STK uses, the shortcut that the corresponding corresponding STK of this SIM of STK service thread creation uses; On the contrary, when SIM did not support that STK uses, corresponding STK service thread can not created the shortcut that STK uses.For another example, when the current state at terminal did not support that from supporting STK to use to change into STK uses (for example under offline mode), the shortcut of the STK application that STK service thread is corresponding respectively with two SIMs institute was deleted; When the current state at terminal never supported that STK application changing into support STK uses, two SIMs of STK service thread creation were distinguished the shortcut of corresponding STK application.Promptly; STK serves thread and can support the situation of STK application and the state at terminal to support the situation of STK application to create or delete STK application shortcut based on the different SIM card, makes whether the existence of shortcut can reflect directly whether available the STK in the SIM uses.When the current state at SIM that uses or terminal did not support that STK uses, the user can not see the shortcut that corresponding STK uses, and can't accomplish the situation that corresponding STK uses thereby avoid the user to call when STK uses shortcut.
Use shortcut in order to create or delete STK through STK service thread, when dual-SIM-card dual-standby mobile terminal was started shooting, in the embodiment of the present invention, the service processes of system starts and initialization STK service thread 1 and STK service thread 2 successively, and was as shown in Figure 3.Wherein, STK service thread 1 is corresponding with SIM 1, is used for being responsible for the establishment and the deletion of the shortcut of the STK application corresponding with SIM 1; STK service thread 2 is corresponding with SIM 2, is used for being responsible for the establishment and the deletion of the shortcut of the STKs application corresponding with SIM 2.
Step 202: invoked STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table.
Step 203: obtain the sign of the SIM of in registration table, registering, confirm corresponding STK policy module according to the sign of the SIM that is obtained, and call this STK policy module.
In embodiment of the present invention, the STK routing module can be set in dual-SIM-card dual-standby mobile terminal.At this moment, after step 202, this STK routing module of invoked STK application call, this step 203 is carried out by this STK routing module.
In embodiment of the present invention,, then comprise the default interface caller in the dual-SIM-card dual-standby mobile terminal if dual-SIM-card dual-standby mobile terminal adopts windows Mobile operating system.In this case, after step 202, this default interface caller of invoked STK application call calls the STK routing module by the default interface caller.
Step 204: menu is showed in invoked STK policy module in double-mode and double-standby terminal, and when the option in detecting menu was selected, the STK policy module was accomplished STK alternately through RIL layer and corresponding SIM and used.
Be example with dual-SIM-card dual-standby mobile terminal below, introduce embodiment of the present invention based on windows Mobile operating system.
Fig. 4 shows and in based on the dual-SIM-card dual-standby mobile terminal of windows Mobile operating system, realizes the system construction drawing that STK uses in the embodiment of the present invention.This system comprises: the wave point layer proxy (RIL Proxy) of two STK application call modules, a default interface calling module, a STK routing module, two STK policy modules, an expansion; A RIL router, two wave point driver modules and two wireless modules comprise a SIM respectively in each wireless module.In dual-SIM-card dual-standby mobile terminal; If two SIMs are respectively SIM 1 and SIM 2; Then comprise STK application call module 1, STK policy module 1, wave point driver module 1 and wireless module 1, comprise STK application call module 2, STK policy module 2, wave point driver module 2 and wireless module 2 with SIM 2 corresponding modules with SIM 1 corresponding module.
Can also comprise in the system shown in Figure 4 that two STK use shortcut establishment/removing module (not shown), it is corresponding with two SIMs respectively that said two STK use shortcut establishment/removing module.Said STK uses shortcut establishment/removing module and creates or delete the shortcut that is used to call the corresponding STK application program of corresponding SIM.
When dual-SIM-card dual-standby mobile terminal is started shooting; In the embodiment of the present invention STK routing module and STK policy module are carried out initialization; Be specially, system shell at first loads and initialization STK routing module, after the STK routing module is initialised; The STK routing module loads and initialization STK policy module 1 and STK policy module 2 successively, and is as shown in Figure 5.The initialized main action of STK policy module is to the system registry message informing, and like this, when broadcasting the message of STK policy module registration from the RIL layer, two STK policy modules all can be received.
With system architecture shown in Figure 4, be presented in detail below based on realizing the method that STK uses in the dual-SIM-card dual-standby mobile terminal of windows Mobile operating system.As shown in Figure 6, realize that in dual-SIM-card dual-standby mobile terminal the method that STK uses comprises the steps.
Step 601: the user calls corresponding STK application program through the shortcut of calling the STK application.
Step 602: when invoked STK application program is registered the sign of the corresponding SIM of invoked STK application program in registration table after, STK application call module invokes default interface calling module.
Step 603: the default interface calling module calls the STK routing module.
Wherein, the default interface calling module is an existing module in the windows Mobile operating system.
Step 604:STK routing module obtains the sign of the SIM of in registration table, registering; Search the sign of SIM and the corresponding relation between the STK policy module according to the sign of the SIM that is obtained; The STK policy module that the sign of the SIM of confirming in registration table, to register is corresponding, and call this corresponding STK policy module.Preserve the sign of SIM and the corresponding relation between the STK policy module in the STK routing module.
Step 605: menu is showed in invoked STK policy module.
Comprise a plurality of options in this menu, each option representes that a STK uses.
Step 606: the option in user's choice menus; Detect option in the menu when selected by the STK policy module, the STK policy module sends to the pairing STK request command of selected option the wireless module that comprises corresponding SIM through radio interface layer (RIL layer).This STK request command is the order that is used for asking the pairing STK of option of the menu that the user selects to use.
In this step; The STK policy module specifically comprises the step that the pairing STK request command of selected option sends to the wireless module that comprises corresponding SIM through the RIL layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK request command; And this STK request command is sent to the RIL router through the RIL Proxy of invoke extensions; The RIL router is according to the sign that is used to represent corresponding SIM of adding in the STK request command; The STK request command is sent to the wave point driver module corresponding with the wireless module that comprises corresponding SIM, the STK request command is sent to the wireless module that comprises corresponding SIM by this wave point driver module.
Step 607: after the SIM treatment S TK request command in the wireless module, send the STK order with broadcast mode through said two the STK policy modules of RIL course.
In this step; SIM specifically comprises with the step that broadcast mode sends the STK order through RIL course STK policy module: the wireless module that SIM is corresponding sends the STK order to the wave point driver module of correspondence; The wave point driver module is resolved after the STK order; In the STK order, add the sign that is used to represent corresponding SIM; And sending to the RIL router, the RIL router sends to two STK policy modules with the STK order that receives with broadcast mode through the RIL Proxy of invoke extensions.
Step 608:STK policy module receives the STK order and judges whether the STK order needs to handle, if, then carry out after this STK order, the STK response command is sent to the wireless module that comprises corresponding SIM through the RIL layer.
In this step; The STK policy module receives the STK order and judges whether the STK order needs processed steps specifically to comprise: the STK policy module receives after the STK order; Obtain the sign of adding in the STK order, confirm according to the sign of adding in the STK order this STK orders whether needs are handled.
In addition; In this step; The STK policy module specifically comprises the step that the STK response command sends to the wireless module that comprises corresponding SIM through the RIL layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK response command; RIL Proxy through invoke extensions sends to the RIL router with this STK response command; The RIL router sends to corresponding wave point driver module according to the sign of adding in the STK response command with the STK response command, the STK response command is sent to the wireless module that comprises corresponding SIM by this wave point driver module.
Through above step, accomplish the pairing STK of selected option and use.
Illustrate and in dual-SIM-card dual-standby mobile terminal, realize the process that STK uses.
Suppose that the user calls with the STK application program of SIM 11 corresponding STK and use shortcut 1; At this moment; STK application program 1 is registered the ID of the corresponding SIM 1 of this STK application 1 in registration table, and calls the default interface calling module, and the default interface calling module calls the STK routing module.
The STK routing module obtains the ID of the SIM 1 of in registration table, registering, and ID through searching SIM and the corresponding relation between the STK policy module, confirms that the STK policy module corresponding with the ID of SIM 1 is STK policy module 1, calls STK policy module 1 then.
Menu is showed in STK policy module 1, so that the option that the user selects a certain STK to use through menu.When the option in user's choice menus, the sign that is used to represent SIM 1 is added in STK policy module 1 in the STK request command, and through the RIL Proxy of expansion the STK request command is sent to the RIL router; The RIL router is represented the sign of SIM 1 according to being used in the STK request command, sends the STK request command to wave point driver module 1; Wave point driver module 1 is resolved after the STK request command, through wireless module 1 the STK request command is sent to SIM 1, handles this STK request command by SIM 1.
SIM 1 is handled after the STK request command, sends the STK order through wireless module 1 to wave point driver module 1; Wave point driver module 1 receives the STK order that comes from wireless module 1, and after it is resolved, in the STK order, add be used to represent the sign of SIM 1 after, send to the RIL router; The RIL router sends with the form of broadcasting the STK order through the RIL Proxy of invoke extensions to STK policy module 1 and STK policy module 2.
STK policy module 1 receives after the STK order, obtains the sign that is used to represent SIM 1 of adding in the STK order, based on being used to represent that the sign of SIM 1 confirms that this STK order need be by oneself processing.This STK order is carried out in STK policy module 1, generate the STK response command, and interpolation is used to represent after the sign of SIM 1 in the STK response command, through the RIL Proxy that expands the STK response command is sent to the RIL router; The RIL router sends to wave point driver module 1 according to the sign of adding in the STK response command with the STK response command; Through wireless module 1 this STK response command is sent to SIM 1 by wave point driver module 1, accomplish the pairing STK application of option that the user selects thus.
And STK policy module 2 receives after the STK order, obtains the sign that is used to represent SIM 1 of adding in the STK order, based on being used to represent that the sign of SIM 1 confirms that this STK order does not need own processing.
As stated; When the user calls the STK application program of SIM 1 correspondence; Because the STK application program is registered SIM 1 sign in registration table; Like this, can confirm corresponding STK policy module, can correctly use thus with the SIM 1 mutual STK of completion according to the SIM of registering in the registration table 1 sign.
The above is merely preferred embodiment of the present invention, and is in order to restriction the present invention, not all within spirit of the present invention and principle, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a method that realizes that in dual-SIM-card dual-standby mobile terminal SIM kit STK uses is characterized in that in dual-SIM-card dual-standby mobile terminal, comprise two STK application programs, said two STK application programs are corresponding with two SIMs respectively; In dual-SIM-card dual-standby mobile terminal, comprise two STK policy modules, said two STK policy modules are corresponding with two SIMs respectively; Realize that the method that STK uses comprises the steps:
Call the STK application program;
The STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table;
Obtain the sign of the SIM of in registration table, registering, confirm corresponding STK policy module according to the sign of the SIM that is obtained;
Menu is showed in the STK policy module in double-mode and double-standby terminal, when the option in detecting menu was selected, the STK policy module was accomplished STK alternately through radio interface layer and corresponding SIM and used;
The step that said STK policy module is accomplished the STK application alternately through radio interface layer and corresponding SIM comprises:
The STK policy module sends to the pairing STK request command of selected option the wireless module that comprises corresponding SIM through radio interface layer;
After the SIM treatment S TK request command in the wireless module, send the STK order with broadcast mode through said two the STK policy modules of wave point course;
The STK policy module receives the STK order and judges whether the STK order needs to handle, if, then carry out after this STK order, through radio interface layer the STK response command is sent to the wireless module that comprises corresponding SIM, accomplish STK thus and use;
Said STK policy module comprises the step that the pairing STK request command of selected option sends to the wireless module that comprises corresponding SIM through radio interface layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK request command; And this STK request command is sent to the radio interface layer router through the wave point layer proxy of invoke extensions; The radio interface layer router is based on the sign that is used to represent corresponding SIM of adding in the STK request command; The STK request command is sent to the wave point driver module corresponding with the wireless module that comprises corresponding SIM, the STK request command is sent to the wireless module that comprises corresponding SIM by this wave point driver module;
Said SIM comprises with the step that broadcast mode sends the STK order through two STK policy modules of wave point course: the wireless module that SIM is corresponding sends the STK order to the wave point driver module of correspondence; The wave point driver module is resolved after the STK order; In the STK order, add the sign that is used to represent corresponding SIM; And sending to the radio interface layer router, the radio interface layer router sends to two STK policy modules with the STK order that receives with broadcast mode through the wave point layer proxy of invoke extensions;
Said STK policy module receives the STK order and judges whether the STK order needs processed steps to comprise: the STK policy module receives after the STK order; Obtain the sign of adding in the STK order, confirm according to the sign of adding in the STK order this STK orders whether needs are handled;
Said STK policy module comprises the step that the STK response command sends to the wireless module that comprises corresponding SIM through radio interface layer: the sign that is used to represent corresponding SIM is added in the STK policy module in the STK response command; Wave point layer proxy through invoke extensions sends to the radio interface layer router with this STK response command; The radio interface layer router is according to the sign of adding in the STK response command; The STK response command is sent to corresponding wave point driver module, the STK response command is sent to the wireless module that comprises corresponding SIM by this wave point driver module.
2. method according to claim 1 is characterized in that, in dual-SIM-card dual-standby mobile terminal, creates the shortcut that two STK use, and the shortcut that said two STK use is corresponding with two STK application programs respectively;
The said STK of calling application program is: the shortcut through calling the STK application is called corresponding STK application program.
3. method according to claim 2 is characterized in that, in dual-SIM-card dual-standby mobile terminal, comprises two STK service threads, and said two STK service thread is corresponding with two SIMs respectively;
Whether said STK service thread can be used to create or delete the shortcut of the STK application program of the correspondence that is used to call corresponding SIM according to the STK application program of the SIM of correspondence.
4. method according to claim 3 is characterized in that, when dual-SIM-card dual-standby mobile terminal was started shooting, the system service process started and said two STK service of initialization thread successively.
5. method according to claim 1 is characterized in that, in dual-SIM-card dual-standby mobile terminal, comprises the STK routing module;
Said STK application program is accomplished after the step of in registration table, registering; Call the STK routing module; Obtain the sign of the SIM of in registration table, registering by the STK routing module, confirm corresponding STK policy module according to the sign of the SIM that is obtained, and call this corresponding STK policy module.
6. method according to claim 5; It is characterized in that; When said dual-SIM-card dual-standby mobile terminal adopts Windows Mobile operating system; Said STK application program is accomplished after the step of in registration table, registering, and calls the default interface caller, calls the STK routing module by the default interface caller.
7. method according to claim 5 is characterized in that, when dual-SIM-card dual-standby mobile terminal is started shooting, loads and initialization STK routing module, and the STK routing module loads and said two the STK policy modules of initialization successively.
8. system that realizes that in dual-SIM-card dual-standby mobile terminal SIM kit STK uses; It is characterized in that this system comprises: the wave point layer proxy of two STK application call modules, a STK routing module, two STK policy modules, an expansion, a radio interface layer router, two wave point driver modules and two wireless modules; Said two STK application call modules are corresponding with two SIMs respectively; Said two STK policy modules are corresponding with two SIMs respectively; Said two wave point driver modules are corresponding with two SIMs respectively, and said two wireless modules are corresponding with two SIMs respectively;
Said STK application call module; Be used to call the STK application program; When this invoked STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table after, the said STK routing module of said STK application call module invokes;
The STK routing module; Be used to preserve the sign of SIM and the corresponding relation between the STK policy module; Be used for obtaining the sign of the SIM of registering at registration table; Search said corresponding relation according to the sign of the SIM that is obtained and confirm corresponding STK policy module, and call this corresponding STK policy module;
The STK policy module is used to show menu, when the option in detecting menu is selected, through the wave point layer proxy of invoke extensions, the pairing STK request command of selected option is sent to the radio interface layer router; Be used to receive STK order and judge whether the STK order needs to handle, if, then to carry out after this STK orders, the wave point layer proxy through invoke extensions sends to the radio interface layer router with the STK response command;
The radio interface layer router is used to receive the STK request command from the STK policy module, and sends to corresponding wave point driver module; Be used to receive STK order, and send to two STK policy modules with broadcast mode from the wave point driver module; Be used to receive STK response command, and send to corresponding wave point driver module from the STK policy module;
The wave point driver module is used to receive from the STK request command of radio interface layer router and resolves, and the STK request command after resolving is sent to corresponding wireless module; Be used to receive the STK order of self-corresponding wireless module and resolve, the STK order after resolving is sent to the radio interface layer router;
Wireless module is used to receive the STK request command that comes self-corresponding wave point driver module, gives corresponding SIM and handles this STK request command; The STK order that is used for SIM is sent sends to corresponding wave point driver module.
9. system according to claim 8 is characterized in that, said system comprises that further two STK use shortcut establishment/removing module, and it is corresponding with two SIMs respectively that said two STK use shortcut establishment/removing module;
Said STK uses shortcut establishment/removing module, is used to create or delete the shortcut that is used to call the corresponding STK application program of corresponding SIM.
10. according to Claim 8 or 9 described systems, it is characterized in that said system further comprises the default interface calling module;
When invoked STK application program is registered the sign of the SIM corresponding with invoked STK application program in registration table after, the said default interface calling module of said STK application call module invokes;
Said default interface calling module is used to call the STK routing module.
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| CN101790153B (en) * | 2010-01-28 | 2014-12-10 | 中兴通讯股份有限公司 | Method and device for obtaining network state information |
| CN101835142B (en) * | 2010-04-23 | 2014-01-01 | 中兴通讯股份有限公司 | Realizing method and device of user identification STK (SIM Card Tool Kit) |
| GB2499927A (en) * | 2013-05-01 | 2013-09-04 | Samsung Electronics Co Ltd | Mobile device with faster reading/start-up from multiple Identity Module slots, Module/Modem association switching and SIM Toolkit command management |
| GB2499926A (en) * | 2013-05-01 | 2013-09-04 | Samsung Electronics Co Ltd | Mobile device with faster reading/start-up from multiple Identity Module slots, Module/Modem association switching and SIM Toolkit command management |
| CN104301352B (en) * | 2013-07-18 | 2019-03-15 | 腾讯科技（深圳）有限公司 | The adaptation method and device of double-terminal |
| CN107613486B (en) * | 2017-07-14 | 2020-11-13 | 捷开通讯(深圳)有限公司 | STK module naming method, communication terminal and device with storage function |
| CN110035385B (en) * | 2019-05-16 | 2020-12-22 | 深圳市沃特沃德股份有限公司 | SIM card selection method and device, storage medium and computer equipment |
| CN111010692B (en) * | 2019-12-11 | 2022-11-04 | 惠州Tcl移动通信有限公司 | Method, device, storage medium and terminal for customizing STK (SIM tool kit) identification |
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