CN104284350A - Method and system for testing adaptation of multi-card mobile terminal - Google Patents
Method and system for testing adaptation of multi-card mobile terminal Download PDFInfo
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- CN104284350A CN104284350A CN201310279198.7A CN201310279198A CN104284350A CN 104284350 A CN104284350 A CN 104284350A CN 201310279198 A CN201310279198 A CN 201310279198A CN 104284350 A CN104284350 A CN 104284350A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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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
Abstract
The invention discloses a method and system for testing the adaptation of a multi-card mobile terminal. The method for testing the adaptation of the multi-card mobile terminal comprises the steps that a testing module and a module to be tested are arranged on the mobile terminal; the testing module sends a test call instruction to the module to be tested; the module to be tested is in communication with a testing server by means of SIM identifications by calling a functional interface of an subscriber identity module (SIM); the communication results related to all the SIM identifications are recorded by the testing module, and the communication results and the type of the mobile terminal are sent to a testing controller, so that the type of the mobile terminal to which adaptation failure happens is determined. By the adoption of the method and system for testing the adaptation of the multi-card mobile terminal, the adaptation testing efficiency can be improved, and cost is reduced.
Description
Technical field
The present invention relates to mobile terminal test technology, particularly relate to the method and system of carrying out the test of multi-card mobile terminal adaptation.
Background technology
Along with popularizing of mobile terminal, multi-card mobile terminal receives much concern.Meanwhile, in the use of multi-card mobile terminal, often need the various third-party application relevant with client identification module (SIM, Subscriber Identity Module) function is installed.Here specifically for double-card mobile phone, double-card mobile phone can with fashionable dress two SIM card, it can be the double card of same network formats, as global system for mobile communications (GSM, Global System Mobile) network double card, CDMA (Code Division Multiple Access) (CDMA, Code Division Multiple) cdma network double card etc.Can also be that two kinds of network formats are combined, as CDMA and GSM network are combined, a mobile phone can insert number card of two heterogeneous networks simultaneously, user is without the need to changing mobile phone, can dial arbitrarily, answer and receive and dispatch note, and the multiple value increasing services such as the interactive world, CAI e and CDMA also supported by this kind of mobile phone, feature richness.
Along with constantly weeding out the old and bring forth the new of multi-card mobile terminal, after third-party application is arranged on multi-card mobile terminal, may occur mating, the problem that cannot normally work.In order to obtain third-party application install on various type after mating situation, current many employings manually detect, specifically described below.
During test, artificially download and install third-party application, run third-party application, third-party application calls SIM functional interface, comprises short message interface or dialing interface etc., communicates with testing server; To call short message interface, in test process, need artificially to edit the test short message identified about each SIM, send to testing server, determine that whether corresponding type is adaptive according to the result of communication between testing server.For a certain concrete third-party application, need artificially to carry out adaptation test respectively to the mobile terminal of all kinds of type, its workload is large, and efficiency is low.
Summary of the invention
The invention provides a kind of method of carrying out the test of multi-card mobile terminal adaptation, the method can improve the efficiency of multi-card mobile terminal adaptation test, saves cost.
The invention provides a kind of system of carrying out the test of multi-card mobile terminal adaptation, this system can improve the efficiency of multi-card mobile terminal adaptation test, saves cost.
Carry out a method for multi-card mobile terminal adaptation test, the method comprises:
At mobile terminal, test module and module to be measured are set;
Test module sends test call instruction to module to be measured;
Module to be measured calls client identification module SIM functional interface, to communicate with testing server by each SIM mark respectively;
The result of communication that test module record identifies about each SIM, sends to test controller to determine adaptive failed type by result of communication and mobile terminal model.
Carry out a system for multi-card mobile terminal adaptation test, this system comprises mobile terminal, testing server and test controller, and described mobile terminal comprises test module, module to be measured and SIM Communications Processor Module;
Described test module, sends test call instruction to module to be measured, records the result of communication identified about each SIM, result of communication and mobile terminal model are sent to test controller;
Described module to be measured, receives test call instruction, calls client identification module SIM functional interface and starts SIM Communications Processor Module;
Described SIM Communications Processor Module, communicates with described testing server respectively by each SIM mark;
Described test controller, receives the result of communication from described test module and mobile terminal model, determines adaptive failed type by result of communication.
As can be seen from such scheme, in the present invention, in mobile terminal device test module and module to be measured, during test, test module sends test call instruction to module to be measured; Module to be measured calls client identification module SIM functional interface to communicate with testing server by each SIM mark respectively; The result of communication that test module record identifies about each SIM, sends to test controller to determine adaptive failed type by result of communication and mobile terminal model.Adopt the present invention program, by the control of test module to module to be measured, automatically complete test, and result of communication is fed back to test controller add up; Without the need to artificially participating in the communication between mobile terminal and testing server, be also the statistics of carrying out test result without the need to people, and then, save human cost, improve testing efficiency.
Accompanying drawing explanation
Fig. 1 is the method indicative flowchart that the present invention carries out the test of multi-card mobile terminal adaptation;
Fig. 2 is the system configuration schematic diagram that the present invention carries out the test of multi-card mobile terminal adaptation.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly understand, below in conjunction with embodiment and accompanying drawing, the present invention is described in more detail.
The various third-party application relevant to SIM function installed at multi-card mobile terminal are called module to be measured, in the present invention, control module to be measured by the test module on mobile terminal and call SIM functional interface, automatic complete pairwise testing, and result of communication is fed back to test controller add up; Like this, save human cost, improve testing efficiency.
See Fig. 1, for the present invention carries out the method indicative flowchart of multi-card mobile terminal adaptation test, it comprises the following steps:
Step 101, arranges test module and module to be measured at mobile terminal.
Test module calls SIM functional interface test for controlling module to be measured.The test module of mobile terminal and module to be measured can obtain from test controller in advance, and specifically comprise: connect between mobile terminal and test controller, Test Application and application to be measured are handed down to mobile terminal by test controller; The application of mobile terminal installation testing and application to be measured, generate test module and module to be measured, then starts the test module after installing.During practical application, Test Application can adopt test script mode to realize, and test controller can adopt a PC to realize.
Step 102, test module sends test call instruction to module to be measured.
Step 103, module to be measured calls SIM functional interface to communicate with testing server by each SIM mark respectively.
SIM functional interface is the interface relevant to SIM, such as short message interface, dialing interface etc.; If short message interface, then need to test out the result of communication sending short message and receive short message two kinds of situations; If dialing interface, then need to test out the result of communication calling and receive phone two kinds of situations.
Step 104, the result of communication that test module record identifies about each SIM, sends to test controller to determine adaptive failed type by result of communication and mobile terminal model.
Below to call short message interface and dialing interface, above-mentioned process step 102-103 is illustrated:
Example one:
The SIM functional interface called is short message interface, and described result of communication comprises short message and sends result and short message reception result, and carrying out communication by each SIM mark with testing server respectively described in this step can specifically comprise:
SIM Communications Processor Module sends test short message breath by each SIM mark to testing server respectively;
Testing server is ceased by the test short message received determines that short message sends result, feeds back the short message identified about each SIM send result and reply response to SIM Communications Processor Module;
SIM Communications Processor Module receives the short message identified about each SIM and sends result and reply response, sends to test module;
Test module determines short message reception result by replying response.
SIM Communications Processor Module is for completing the processing module of SIM related communication function in mobile terminal.Testing server is used for assist mobile terminal and carries out SIM related communication, another mobile device specifically can be adopted to realize, after testing server receives the test short message breath from mobile terminal, judge whether test short message breath is the short message for testing of consulting in advance, if, then determine that short message sends result for send successfully, otherwise determine that short message sends result for send unsuccessfully; To the test short message breath identified about each SIM, all perform this judgement, determine that short message sends result, feed back to SIM Communications Processor Module; All right, short message is sent result and directly sends to test controller, as the execution mode in example two, for this situation, corresponding relation between the SIM mark that needs prestore with mobile terminal model, here from this corresponding relation, inquire corresponding mobile terminal model, mobile terminal model is sent to test controller in the lump.In this example, simultaneously, also send a reply response to mobile terminal, after SIM Communications Processor Module receives the reply response from mobile terminal, judge to reply whether response is the response message for testing consulted in advance, if so, then determine that short message reception result is for receive successfully, otherwise determine that short message reception result is for taking defeat; To the reply response identified about each SIM, all perform this judgement, determine short message reception result, then, short message is sent result, short message reception result and mobile terminal model and send to test controller; Test controller sends result by short message and short message reception result determines whether adaptation, and the mode determined has multiple, such as: if judge, short message sends result for send successfully, and short message reception result is for receive successfully, then adaptive; Otherwise not adaptive, need to adjust application to be measured.
Example two:
The SIM functional interface called is short message interface, and described result of communication comprises short message reception result, and carrying out communication by each SIM mark with testing server respectively described in this step can specifically comprise:
SIM Communications Processor Module sends test short message breath by each SIM mark to testing server respectively;
Testing server is ceased by the test short message received determines that short message sends result, is identified and determines mobile terminal model, send short message and send result and mobile terminal model, send a reply response to SIM Communications Processor Module feedback information to test controller by SIM;
SIM Communications Processor Module receives the reply response identified about each SIM, sends to test module;
Test module determines short message reception result by replying response.
Example three:
The SIM functional interface called is dialing interface, and described result of communication comprises to be dialed result and answers result, and carrying out communication by each SIM mark with testing server respectively described in this step can specifically comprise:
SIM Communications Processor Module initiates call connection request by each SIM mark to testing server respectively;
Testing server hangs up the call connection request from SIM Communications Processor Module, determine to dial result, the result of dialing identified about each SIM is sent to SIM Communications Processor Module by short message, and initiates the call connection request that identifies about each SIM to described SIM Communications Processor Module respectively;
SIM Communications Processor Module hangs up the call connection request from testing server, determines to answer result, will dial result and answer result to send to test module.
Test to telephone call and the test class to receiving short message are seemingly.Testing server hangs up the call connection request from SIM Communications Processor Module, determines to dial result for dialing successfully, will dial result and feed back to mobile terminal by short message; Or, result will be dialed and send to test control controller, as the implementation of example four by short message.Further, testing server carries out clawback to mobile terminal, and mobile terminal receives the call connection request from testing server, then hang up the telephone, and determines to answer result for answering successfully; And result will be dialed and answer result and send to test controller.
Example four:
The SIM functional interface called is dialing interface, and described result of communication comprises answers result, and carrying out communication by each SIM mark with testing server respectively described in this step can specifically comprise:
SIM Communications Processor Module initiates call connection request by each SIM mark to testing server respectively;
Testing server hangs up the call connection request from SIM Communications Processor Module, determine to dial result, identified by SIM and determine corresponding mobile terminal model, send to test controller and dial result and mobile terminal model, and initiate the call connection request that identifies about each SIM to SIM Communications Processor Module respectively;
SIM Communications Processor Module hangs up the call connection request from testing server, determines to answer result, sends to test module.
Then, test controller determines whether adaptation by the information of dialing from mobile terminal and the information of dialing from testing server, concrete as: certain SIM is identified, dials result if all received and answer result, explanation is dialed and answers all successful, then adaptive; Otherwise not adaptive, need to adjust application to be measured.
Adopt the present invention program, by the control of test module to module to be measured, automatically complete test, and result of communication is fed back to test controller add up; Without the need to artificially participating in the communication between mobile terminal and testing server, be also the statistics of carrying out test result without the need to people, and then, provide cost savings, improve testing efficiency.
See Fig. 2, for the present invention carries out the system configuration schematic diagram of multi-card mobile terminal adaptation test, this system comprises mobile terminal, testing server and test controller, and described mobile terminal comprises test module, module to be measured and SIM Communications Processor Module;
Described test module, sends test call instruction to module to be measured, records the result of communication identified about each SIM, result of communication and mobile terminal model are sent to test controller;
Described module to be measured, receives test call instruction, calls client identification module SIM functional interface and starts SIM Communications Processor Module;
Described SIM Communications Processor Module, communicates with described testing server respectively by each SIM mark;
Described test controller, receives the result of communication from described test module and mobile terminal model, determines adaptive failed type by result of communication.
Test module controls module to be measured and SIM Communications Processor Module, to obtain test result, feeds back to test controller.
Preferably, described mobile terminal also comprises installation module, and described test controller comprises pushing module;
Described pushing module, and connect between described installation module, Test Application and application to be measured are handed down to described installation module;
Described installation module, and connecting between described pushing module, receives Test Application and application to be measured that described pushing module issues, installs, generate test module and module to be measured, start test module.
Above-mentioned application to be measured concrete as, to the third-party application that address list manages, adopt this application, can manage the address list of mobile terminal, and by this application call SIM functional interface, to carry out short message transmission and reception, telephone call and to answer, etc.
Preferably, the SIM functional interface called is short message interface, described result of communication comprises short message and sends result and short message reception result, described SIM Communications Processor Module comprises the first note process submodule, test short message breath is sent to testing server respectively by each SIM mark, the short message identified about each SIM receiving testing server feedback sends result and replys response, sends to test module;
Described testing server, is ceased by the test short message received and determines that short message sends result, feeds back the short message identified about each SIM send result and reply response to SIM Communications Processor Module;
Described test module, the short message identified about each SIM received from described first note process submodule sends result and replys response, determines short message reception result by reply response.
Preferably, the SIM functional interface called is short message interface, described result of communication comprises short message and sends result and short message reception result, described SIM Communications Processor Module comprises the second note process submodule, call connection request is initiated to testing server respectively by each SIM mark, hang up the call connection request from testing server, determine to answer result, send to test module;
Described testing server, ceased by the test short message received and determine that short message sends result, identified by SIM and determine mobile terminal model, send short message to test controller and send result and mobile terminal model, send a reply response to SIM Communications Processor Module feedback information;
Described test module, receives the reply response identified about each SIM from described second note process submodule, determines short message reception result by reply response.
Preferably, the SIM functional interface called is dialing interface, and described result of communication comprises to be dialed result and answers result, and described SIM Communications Processor Module comprises the first placement process submodule and note receives submodule;
Described first placement process submodule, initiates call connection request by each SIM mark to described testing server respectively, hangs up the call connection request from described testing server, determine to answer result, send to described test module;
Described note receives submodule, receives to dial result from described testing server, sends to described test module;
Described testing server, hang up the call connection request from described first placement process submodule, determine to dial result, send to described note to receive submodule by short message the result of dialing identified about each SIM, and initiate the call connection request that identifies about each SIM to described first placement process submodule respectively.
Preferably, the SIM functional interface called is dialing interface, described result of communication comprises answers result, described SIM Communications Processor Module comprises the second placement process submodule, call connection request is initiated to described testing server respectively by each SIM mark, hang up the call connection request from described testing server, determine to answer result, send to described test module;
Described testing server, hangs up the call connection request from described second placement process submodule, determines to dial result, is identified determine corresponding mobile terminal model by SIM, sends dial result and mobile terminal model to described test controller; And the call connection request that identifies about each SIM is initiated respectively to described second placement process submodule.
The mobile terminal of multi-card mobile terminal of the present invention at least two SIM cards that have been same fashionable dress, concrete as the multi-card mobile terminal based on Android system.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (12)
1. carry out a method for multi-card mobile terminal adaptation test, it is characterized in that, the method comprises:
At mobile terminal, test module and module to be measured are set;
Test module sends test call instruction to module to be measured;
Module to be measured calls client identification module SIM functional interface, to communicate with testing server by each SIM mark respectively;
The result of communication that test module record identifies about each SIM, sends to test controller to determine adaptive failed type by result of communication and mobile terminal model.
2. the method for claim 1, is characterized in that, describedly arranges test module and module to be measured comprises at mobile terminal:
Connect between mobile terminal and test controller, Test Application and application to be measured are handed down to mobile terminal by test controller;
The application of mobile terminal installation testing and application to be measured, generate test module and module to be measured, starts test module.
3. the method for claim 1, is characterized in that, the SIM functional interface called is short message interface, describedly carries out communication by each SIM mark with testing server respectively and comprises:
SIM Communications Processor Module sends test short message breath by each SIM mark to testing server respectively; Determine that short message sends result by testing server by the test short message breath received, send result and reply response to SIM Communications Processor Module feedback about the short message that each SIM identifies;
The short message identified about each SIM that SIM Communications Processor Module receives testing server feedback sends result and replys response, sends to test module;
Test module determines short message reception result by replying response.
4. the method for claim 1, is characterized in that, the SIM functional interface called is short message interface, describedly carries out communication by each SIM mark with testing server respectively and comprises:
SIM Communications Processor Module sends test short message breath by each SIM mark to testing server respectively; Determine that short message sends result by testing server by the test short message breath received, identified by SIM and determine mobile terminal model, send short message to test controller and send result and mobile terminal model, send a reply response to SIM Communications Processor Module feedback information;
SIM Communications Processor Module receives the reply response identified about each SIM of test controller feedback, sends to test module;
Test module determines short message reception result by replying response.
5. the method for claim 1, is characterized in that, the SIM functional interface called is dialing interface, describedly carries out communication by each SIM mark with testing server respectively and comprises:
SIM Communications Processor Module initiates call connection request by each SIM mark to testing server respectively; The call connection request from SIM Communications Processor Module is hung up by testing server, determine to dial result, the result of dialing identified about each SIM is sent to SIM Communications Processor Module by short message, and initiates the call connection request that identifies about each SIM to described SIM Communications Processor Module respectively;
SIM Communications Processor Module hangs up the call connection request from testing server, determines to answer result, will dial result and answer result to send to test module.
6. the method for claim 1, is characterized in that, the SIM functional interface called is dialing interface, describedly carries out communication by each SIM mark with testing server respectively and comprises:
SIM Communications Processor Module initiates call connection request by each SIM mark to testing server respectively; The call connection request from SIM Communications Processor Module is hung up by testing server, determine to dial result, identified by SIM and determine corresponding mobile terminal model, send to test controller and dial result and mobile terminal model, and initiate the call connection request that identifies about each SIM to SIM Communications Processor Module respectively;
SIM Communications Processor Module hangs up the call connection request from testing server, determines to answer result, sends to test module.
7. carry out a system for multi-card mobile terminal adaptation test, it is characterized in that, this system comprises mobile terminal, testing server and test controller, and described mobile terminal comprises test module, module to be measured and SIM Communications Processor Module;
Described test module, sends test call instruction to module to be measured, records the result of communication identified about each SIM, result of communication and mobile terminal model are sent to test controller;
Described module to be measured, receives test call instruction, calls client identification module SIM functional interface and starts SIM Communications Processor Module;
Described SIM Communications Processor Module, communicates with described testing server respectively by each SIM mark;
Described test controller, receives the result of communication from described test module and mobile terminal model, determines adaptive failed type by result of communication.
8. system as claimed in claim 7, it is characterized in that, described mobile terminal also comprises installation module, and described test controller comprises pushing module;
Described pushing module, and connect between described installation module, Test Application and application to be measured are handed down to described installation module;
Described installation module, and connecting between described pushing module, receives Test Application and application to be measured that described pushing module issues, installs, generate test module and module to be measured, start test module.
9. system as claimed in claim 7, it is characterized in that, the SIM functional interface called is short message interface, described SIM Communications Processor Module comprises the first note process submodule, test short message breath is sent to testing server respectively by each SIM mark, the short message identified about each SIM receiving testing server feedback sends result and replys response, sends to test module;
Described testing server, is ceased by the test short message received and determines that short message sends result, feeds back the short message identified about each SIM send result and reply response to SIM Communications Processor Module;
Described test module, the short message identified about each SIM received from described first note process submodule sends result and replys response, determines short message reception result by reply response.
10. system as claimed in claim 7, it is characterized in that, the SIM functional interface called is short message interface, described SIM Communications Processor Module comprises the second note process submodule and sends test short message breath by each SIM mark to testing server respectively, receive the reply response identified about each SIM, send to test module;
Described testing server, ceased by the test short message received and determine that short message sends result, identified by SIM and determine mobile terminal model, send short message to test controller and send result and mobile terminal model, send a reply response to the second note process submodule feedback information;
Described test module, receives the reply response identified about each SIM from described second note process submodule, determines short message reception result by reply response.
11. systems as claimed in claim 7, it is characterized in that, the SIM functional interface called is dialing interface, and described SIM Communications Processor Module comprises the first placement process submodule and note receives submodule;
Described first placement process submodule, initiates call connection request by each SIM mark to described testing server respectively, hangs up the call connection request from described testing server, determine to answer result, send to described test module;
Described note receives submodule, receives to dial result from described testing server, sends to described test module;
Described testing server, hang up the call connection request from described first placement process submodule, determine to dial result, send to described note to receive submodule by short message the result of dialing identified about each SIM, and initiate the call connection request that identifies about each SIM to described first placement process submodule respectively.
12. systems as claimed in claim 7, it is characterized in that, the SIM functional interface called is dialing interface, described SIM Communications Processor Module comprises the second placement process submodule, call connection request is initiated to described testing server respectively by each SIM mark, hang up the call connection request from described testing server, determine to answer result, send to described test module;
Described testing server, hangs up the call connection request from described second placement process submodule, determines to dial result, is identified determine corresponding mobile terminal model by SIM, sends dial result and mobile terminal model to described test controller; And the call connection request that identifies about each SIM is initiated respectively to described second placement process submodule.
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