CN102769937B - A kind of multi-standby terminal of Android system and terminal realize the method treated more - Google Patents
A kind of multi-standby terminal of Android system and terminal realize the method treated more Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
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Abstract
The invention discloses a kind of multi-standby terminal of Android system and the method how to be achieved of terminal.Its terminal comprises: at least two Modem module, the corresponding phone Phone example of each Modem module and a protocol conversion daemon; Virtual telephony administration module, after Android system starts, calls Phone example corresponding to each Modem module and protocol conversion daemon; Telephony feature realizes the Phone example of module by the index mark correspondence of Phone example, and the protocol conversion daemon of correspondence, carries out interacting message, carry the index mark of Phone example in message with corresponding Modem module.Owing to being provided with at least two Modem module in terminal, and each Modem module has corresponding Phone example and corresponding rild respectively, therefore, it is possible to support that multiple Modem module is simultaneously in net work, can realize multi-mode and multi-standby, multi-card multi-standby.
Description
Technical field
The present invention relates to communication technical field, the terminal of the multi-standby terminal and Android system that particularly relate to a kind of Android system realizes the method treated more.
Background technology
In terminal (such as mobile phone), Modem (modulator-demodulator) is used for and the telephone system communications of terminal, perform the instruction message realizing telephony feature of telephone system, to realize various telephony feature, such as Sms (Short Message Service), Mail (mail), Contacts (address list) etc. function.For the Modem that different vendor produces, the instruction of its function supported and use is different, in order to the Modem that compatibility is different, telephone system based on Android (Android) platform is divided into three parts, be respectively: all kinds of phone application part, as Sms, Mail, Contacts etc.; PhoneService (virtual telephony service) part, its core is realized by Phone example, for carrying out information interaction with Modem, realize the telephony feature of phone application, and realization is to the working state control of Modem and maintenance, and the operating state of Modem is reported phone application; RIL (RadioInterfaceLayer, radio interface layer, a protocol conversion layer) part, the call management function instruction transformation of upper strata Phone example is the instruction that Modem can identify by the rild in RIL, thus realizes the communication of upper strata Phone example and Modem.
The existing terminal based on Android platform, can realize double-mode single-standby, but cannot realize dual-mode dual-standby.
Summary of the invention
The object of this invention is to provide a kind of method that multi-standby terminal of Android system and terminal realize treating more, to realize multi-mode and multi-standby, the multi-card multi-standby of Android system terminal.
The object of the invention is to be achieved through the following technical solutions:
A multi-standby terminal for Android system, comprises
At least two modulator-demodulator Modem module, for performing the instruction message realizing telephony feature, the corresponding phone Phone example of each Modem module and a protocol conversion daemon;
Virtual telephony administration module, for after described Android system starts, calls Phone example corresponding to each Modem module and protocol conversion daemon;
Telephony feature realizes module, for the Phone example that the index mark by Phone example is corresponding, the protocol conversion daemon corresponding with described Phone example, carry out interacting message with corresponding Modem module and realize telephony feature, identify with the index carrying described Phone example in the message that corresponding Modem module is mutual.
The terminal of Android system realizes the method treated more, and described terminal comprises at least two modulator-demodulator Modem module, the corresponding phone Phone example of each Modem module and a protocol conversion daemon, and the method comprises:
After described Android system starts, call Phone example corresponding to each Modem module and protocol conversion daemon;
When needs realize specific telephony feature, by the Phone example that the index mark of Phone example is corresponding, the protocol conversion daemon corresponding with described Phone example, carry out interacting message with corresponding Modem module and realize telephony feature, identify with the index carrying described Phone example in the message that corresponding Modem module is mutual.
Owing to being provided with at least two Modem module in terminal, and each Modem module has corresponding Phone example and corresponding rild respectively, therefore, it is possible to support that multiple Modem module is simultaneously in net work, can realize multi-mode and multi-standby, multi-card multi-standby.
Accompanying drawing explanation
The terminal structure schematic diagram that Fig. 1 provides for the embodiment of the present invention;
The telephone system schematic diagram that Fig. 2 provides for the embodiment of the present invention;
A kind of method flow diagram that Fig. 3 provides for the embodiment of the present invention;
The another kind of method flow diagram that Fig. 4 provides for the embodiment of the present invention.
Embodiment
The embodiment of the present invention provides a kind of double-standby terminal of Android system, and as shown in Figure 1, specific implementation structure is as follows for its implementation structure:
At least two Modem module 10, virtual telephony administration module 20, telephony features realize module 30.
Wherein, Modem module 10 realizes the instruction message of telephony feature for performing, the corresponding Phone example of each Modem module 10 and a protocol conversion daemon.That is, for different Modem module, be relation one to one between Modem module, Phone example, protocol conversion daemon.In the present invention, protocol conversion daemon and rild finger daemon.
Virtual telephony administration module 20, for after Android system starts, calls Phone example corresponding to each Modem module and protocol conversion daemon.
Telephony feature realize module 30 for, by the Phone example that the index mark of Phone example is corresponding, the protocol conversion daemon corresponding with this Phone example, carry out interacting message with corresponding Modem module and realize telephony feature, identify with the index carrying described Phone example in the message that corresponding Modem module is mutual.
Wherein, telephony feature can but be not limited only to: SMS, phone incoming/outgoing function, mail function, to Modem support phonecard carry out data manipulation (as revised the telephone directory of this phonecard) etc. function.
Owing to being provided with at least two Modem module in terminal, and each Modem module has corresponding Phone example and corresponding rild finger daemon respectively.The terminal of existing Android system, only has a Phone example in telephone system.And the embodiment of the present invention, each Modem module, to there being a Phone example, in order to distinguish Phone example corresponding to different Modem module, introduces Index (index) mark of Phone example.Phone application can select Phone example by the Index mark of Phone example, and passes through the Phone example of selection and corresponding rild, and the Modem module controlling correspondence realizes corresponding telephony feature.Therefore, the embodiment of the present invention can support that multiple Modem module is simultaneously in net work, realizes multi-standby terminal.
Wherein, each Modem module can support single network formats, also can support two even plural network formats.If a Modem module can support multiple network formats, its phonecard (as SIM card) depending on connection that specifically works under which network formats.If under each Modem module is operated in identical network formats in terminal, then Multi-card multi-standby terminal can be realized.If under each Modem module is operated in different network formats in terminal, then multi-mode multi-standby terminal can be realized.
Wherein, the network formats that Modem module can be supported has a variety of, such as GSM network standard, cdma network standard, WCDMA network formats etc.
Preferably, telephony feature realizes module 30 and comprises phone application submodule and virtual telephony Attendant sub-module.
Wherein, phone application submodule specifically for, send to virtual telephony Attendant sub-module and realize the instruction message of telephony feature;
If this instruction message comprises the index mark of Phone example, virtual telephony Attendant sub-module is used for, corresponding Phone example is determined according to described index mark, described instruction message is sent to corresponding Modem module by corresponding Phone example, the protocol conversion daemon corresponding with described Phone example, performs described instruction message by the Modem module of described correspondence; And the response message that the Modem module receiving correspondence returns, send to described phone application submodule add the index mark of described Phone example in described response message after.
If phone application realizes for original Android platform, do not support many Phone example, then do not comprise PhoneIndex mark in the instruction message that such phone application is initiated.In order to the phone application that compatibility is such, the Phone example of acquiescence can be preset, select predetermined acquiescence Phone example, so that by the Phone example of selection and the Modem module transmission management control command of the rild of correspondence to correspondence.Accordingly, if do not comprise the index mark of Phone example in this instruction message, virtual telephony Attendant sub-module also for, select the acquiescence Phone example pre-set, described instruction message is sent to corresponding Modem module by acquiescence Phone example and corresponding protocol conversion daemon, and by the response message that the Modem module that described acquiescence Phone example and corresponding protocol conversion daemon receive correspondence returns, described response message is sent to described phone application submodule.
Above-mentioned phone application submodule can be specifically each phone application in the telephone system of Android platform.Virtual telephony Attendant sub-module can be specifically the PhoneService in the telephone system of Android platform.
For the operating state of Modem module, also can be distinguished by the Index mark of Phone example.Preferably, telephony feature realizes module 30 and can also comprise phone registration Attendant sub-module.Accordingly, virtual telephony Attendant sub-module also for, add the index mark of Phone example corresponding to each Modem module in the work state information of each Modem module obtained after, by the expansion interface of phone registration Attendant sub-module, the work state information of each Modem module is sent to described phone registration Attendant sub-module.Phone registration Attendant sub-module is used for, and the work state information of each Modem module obtained is sent to described phone application submodule.
Preferably, phone registration Attendant sub-module can also be used for, and the work state information of Modem module corresponding for acquiescence Phone example is sent to described phone application submodule by the primary platform interface of described phone registration Attendant sub-module.
Wherein, the operating state of Modem module can but be not limited only to: network state, as this locality registration, Roaming Registration, without network etc., talking state, as idle, send a telegram here, remove electricity, ring etc.
Wherein, phone registration Attendant sub-module can be specifically the TelephonyRegistryService (phone registration service) in the telephone system of Android platform.
Preferably, between each Modem module and corresponding rild finger daemon can but be not limited only to be communicated by following arbitrary interface: UART (UniversalAsynchronousReceiver/Transmitter, Universal Asynchronous Receive/dispensing device) interface, USB (UniversalSerialBUS, USB) interface, SHM interface.
Based on same inventive concept, the embodiment of the present invention also provides a kind of terminal of Android system to realize the method treated more, this terminal comprises at least two modulator-demodulator Modem module, the corresponding phone Phone example of each Modem module and a protocol conversion daemon, and the method comprises:
After described Android system starts, call Phone example corresponding to each Modem module and protocol conversion daemon;
When needs realize specific telephony feature, by the Phone example that the index mark of Phone example is corresponding, the protocol conversion daemon corresponding with described Phone example, carry out interacting message with corresponding Modem module and realize telephony feature, identify with the index carrying described Phone example in the message that corresponding Modem module is mutual.
Preferably, carrying out the specific implementation that interacting message realizes telephony feature with corresponding Modem module can be:
Phone application sends the instruction message realizing telephony feature to described virtual telephony service;
If described instruction message comprises the index mark of Phone example, virtual telephony service determines corresponding Phone example according to described index mark, described instruction message is sent to corresponding Modem module by corresponding Phone example, the protocol conversion daemon corresponding with described Phone example, performs described instruction message by the Modem module of described correspondence;
The response message that the Modem module that virtual telephony service reception is corresponding returns, sends to described phone application after adding the index mark of described Phone example in described response message.
If do not comprise the index mark of Phone example in described instruction message, the method also comprises:
The acquiescence Phone example that described virtual telephony services selection pre-sets, described instruction message is sent to corresponding Modem module by acquiescence Phone example and corresponding protocol conversion daemon, and by the described response message given tacit consent to the Phone example Modem module corresponding with the reception of corresponding protocol conversion daemon and return, described response message is sent to described phone application, and the Modem module that described acquiescence Phone example is corresponding is the Modem module of specifying.
Preferably, the method that the embodiment of the present invention provides can also comprise:
After the index mark of Phone example corresponding to each Modem module is added in virtual telephony service in the work state information of each Modem module obtained, the work state information of each Modem module is sent to described phone registration service by the expansion interface of being served by phone registration;
The work state information of each Modem module obtained is sent to described phone application by described phone registration service.
Preferably, the method that the embodiment of the present invention provides can also comprise:
The primary platform interface that the work state information of Modem module corresponding for acquiescence Phone example is served by described phone registration is sent to described phone application by described phone registration service.
Below in conjunction with concrete Application Example, the present invention is described in detail.
In Android platform, the information interaction between Modem and telephone system needs rild to carry out protocol conversion.Concrete, send to Modem after information from Phone example being converted to the command format (such as AT (a kind of Modem commands language) command format) that Modem can identify, after the information from Modem being converted to the command format that Phone example can identify, send to Phone example.
In telephone system as shown in Figure 2, there is a Modem and the 2nd Modem.Each Modem is a corresponding rild finger daemon and a Phone example respectively.Concrete, the corresponding rild finger daemon of a Modem and a Phone example, the corresponding 2nd rild finger daemon of the 2nd Modem and the 2nd Phone example.
Inner nuclear layer provides phone application to the access passage of each Modem by on-link mode (OLM)s such as UART, USB or SHM, concrete which kind of on-link mode (OLM) of employing, can determine according to the hardware interface service condition of fabric swatch situation and AP (access point).
In Rild layer, realize protocol conversion by rild finger daemon, rild finger daemon realizes especially by vendor-ril.so.Vendor-ril.so is the dynamic link library of the command interaction process realized for each Modem, after rild receives the instruction message of Phone example transmission, instruction message being converted to corresponding Modem by vendor-ril.so can recognition command form (instruction as AT order or other form), the access passage provided by kernel sends to corresponding Modem, and the execution result of the Modem of correspondence is returned to corresponding Phone example.
In FrameWork (framework) layer, PhoneApp is a process, for guiding and instantiation Phone (phone), PhoneService (telephone service) etc.PhoneService for safeguarding the state of Phone example, and provides the access interface with phone application.Phone example is used for communicating with corresponding Modem, realizes the Modem that control and management is corresponding.Concrete, when PhoneApp starts, create by engineering mode state and the sending controling instruction that a Phone example safeguards a MODEM, create state and sending controling instruction that the 2nd Phone example safeguards the 2nd Modem.Socket (socket) interface that each Phone example is provided by corresponding rild finger daemon communicates with MODEM, sends instruction and completes correlation function to MODEM and obtain the operating state of MODEM.If GSMModem, then corresponding Phone example is GSMPhone example.If CDMAModem, then corresponding Phone example is CDMAPhone example.If WCDMAModem, then corresponding Phone example is WCDMAPhone example.
Based on the telephone system shown in Fig. 2, phone application can realize different telephony features, the content etc. of the different phonecard that such as made a call by different MODEM, operates by the different MODEM of choice for use.Specifically phone application can be allowed to specify the Phone example used by the index mark of Phone example.Simultaneously, consider that existing phone application all realizes for single mode telephone system, for this kind of phone application, the index of Phone is not specified to identify in its instruction sent, can give tacit consent to it uses a Phone example (to be only citing herein, also can by the 2nd Phone example Phone example by default), this makes it possible to the application program of good compatible various download.In addition, in existing telephone system platform, the operating state of MODEM is reported and is realized by TelephonyRegistryService, and parameter wherein does not consider two situation about treating, two treat situation under can cause the confusion of state and mutually cover.So extend the index mark of Phone in TelephonyRegistryService equally, be used for distinguishing the operating state of Modem corresponding to different Phon example.The operating state of the Modem simultaneously reported by the acquiescence Phone example preset is reported by primary platform definition, is used for compatible with single to treat the demand of phone application.Concrete, one is provided to expand TelephonyRegistryService interface, the Index mark of a Phone example will be added in a Modem status message to be reported for a Phone example, the Index mark of the 2nd Phone example will be added in the 2nd Modem status message to be reported for the 2nd Phone example.The Modem status message and the 2nd Modem status message that with the addition of the Index mark of Phone example are reported phone application by the TelephonyRegistryService interface of expansion.In addition, Modem status message to be reported for acquiescence Phone example is reported phone application by the primary platform interface of TelephonyRegistryService.Wherein, the operating state of Modem is comprised in Modem status message.
Based on the telephone system shown in Fig. 2, a kind of method made a call by a Modem as shown in Figure 3, specifically comprises following operation:
Step 100, phone application send the instruction message of call manager control to PhoneService, and the instruction message that this call manager controls is used for making a call, and wherein include the Index mark of a Phone example.
The Index mark of the Phone example comprised in the instruction message that step 110, PhoneService control according to call manager, sends to a Phone example by the instruction message that this call manager controls;
The instruction message that this call manager controls is sent to a rild finger daemon by the socket interface that step 120, a Phone example are provided by a rild finger daemon;
The access passage provided by inner nuclear layer after the instruction message that call manager controls is converted to AT order by the vendor-ril.so in step 130, a rild finger daemon, sends to a Modem by AT order;
Step 140, a Modem, according to the AT order received, make a call, and result (i.e. response message) is sent to a rild finger daemon by the access passage that inner nuclear layer provides;
Vendor-ril.so in step 150, a rild finger daemon sends to a Phone example by socket interface after result being converted to the form that a Phone example can identify;
The interface provided by PhoneService after step 160, a Phone example add the index mark of a Phone example in the result of a Modem reports phone application.
Based on the telephone system shown in Fig. 2, a kind of telephone service processing method passing through a Modem incoming call as shown in Figure 4, specifically comprises following operation:
" incoming call " state information, after incoming call being detected, is sent to a rild finger daemon by the access passage that inner nuclear layer provides by step 200, a Modem;
Vendor-ril.so in step 210, a rild sends to a Phone example by socket interface after " incoming call " state information being converted to the form that a Phone example can identify;
Step 220, a Phone example generate incoming message and send to PhoneService, comprise " incoming call " state information in this incoming message;
Phone application is reported by the primary platform interface of TelephonyRegistryService and expansion interface after the Index adding a Phone example in the incoming message of the one Phone example identifies by step 230, PhoneService.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (6)
1. a multi-standby terminal for Android system, is characterized in that, comprising:
At least two modulator-demodulator Modem module, for performing the instruction message realizing telephony feature, the corresponding phone Phone example of each Modem module and a protocol conversion daemon;
Virtual telephony administration module, for after described Android system starts, calls Phone example corresponding to each Modem module and protocol conversion daemon;
Described multi-standby terminal also comprises telephony feature and realizes module;
Described telephony feature realizes module and comprises phone application submodule, virtual telephony Attendant sub-module and phone registration Attendant sub-module;
Phone application submodule, for sending the instruction message realizing telephony feature to described virtual telephony Attendant sub-module;
If described instruction message comprises the index mark of Phone example, described virtual telephony Attendant sub-module is used for, corresponding Phone example is determined according to described index mark, described instruction message is sent to corresponding Modem module by corresponding Phone example, the protocol conversion daemon corresponding with described Phone example, performs described instruction message by the Modem module of described correspondence; And the response message that the Modem module receiving correspondence returns, send to described phone application submodule add the index mark of described Phone example in described response message after;
Described virtual telephony Attendant sub-module also for, add the index mark of Phone example corresponding to each Modem module in the work state information of each Modem module obtained after, by the expansion interface of described phone registration Attendant sub-module, the work state information of each Modem module is sent to described phone registration Attendant sub-module;
Phone registration Attendant sub-module is used for, and the work state information of each Modem module obtained is sent to described phone application submodule.
2. multi-standby terminal according to claim 1, it is characterized in that, if do not comprise the index mark of Phone example in described instruction message, described virtual telephony Attendant sub-module also for, select the acquiescence Phone example pre-set, described instruction message is sent to corresponding Modem module by acquiescence Phone example and corresponding protocol conversion daemon, and by the response message that the Modem module that described acquiescence Phone example and corresponding protocol conversion daemon receive correspondence returns, described response message is sent to described phone application submodule.
3. multi-standby terminal according to claim 1 and 2, it is characterized in that, described phone registration Attendant sub-module also for, the work state information of Modem module corresponding for acquiescence Phone example is sent to described phone application submodule by the primary platform interface of described phone registration Attendant sub-module.
4. the terminal of Android system realizes the method treated more, and it is characterized in that, described terminal comprises at least two modulator-demodulator Modem module, the corresponding phone Phone example of each Modem module and a protocol conversion daemon, and the method comprises:
After described Android system starts, call Phone example corresponding to each Modem module and protocol conversion daemon;
When needs realize specific telephony feature, phone application sends the instruction message realizing telephony feature to virtual telephony service;
If described instruction message comprises the index mark of Phone example, virtual telephony service determines corresponding Phone example according to described index mark, described instruction message is sent to corresponding Modem module by corresponding Phone example, the protocol conversion daemon corresponding with described Phone example, performs described instruction message by the Modem module of described correspondence;
The response message that the Modem module that described virtual telephony service reception is corresponding returns, sends to described phone application after adding the index mark of described Phone example in described response message;
After the index mark of Phone example corresponding to each Modem module is added in described virtual telephony service in the work state information of each Modem module obtained, the work state information of each Modem module is sent to described phone registration service by the expansion interface of being served by phone registration;
The work state information of each Modem module obtained is sent to described phone application by described phone registration service.
5. method according to claim 4, is characterized in that, if do not comprise the index mark of Phone example in described instruction message, the method also comprises:
The acquiescence Phone example that described virtual telephony services selection pre-sets, described instruction message is sent to corresponding Modem module by acquiescence Phone example and corresponding protocol conversion daemon, and by the described response message given tacit consent to the Phone example Modem module corresponding with the reception of corresponding protocol conversion daemon and return, described response message is sent to described phone application, and the Modem module that described acquiescence Phone example is corresponding is the Modem module of specifying.
6. the method according to claim 4 or 5, is characterized in that, the method also comprises:
The primary platform interface that the work state information of Modem module corresponding for acquiescence Phone example is served by described phone registration is sent to described phone application by described phone registration service.
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| CN102769937A (en) | 2012-11-07 |
| CN105848310B (en) | 2019-06-18 |
| CN105848310A (en) | 2016-08-10 |
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