CN101500255A - Mobile terminal test method and system - Google Patents
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- CN101500255A CN101500255A CNA2008100576010A CN200810057601A CN101500255A CN 101500255 A CN101500255 A CN 101500255A CN A2008100576010 A CNA2008100576010 A CN A2008100576010A CN 200810057601 A CN200810057601 A CN 200810057601A CN 101500255 A CN101500255 A CN 101500255A
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Abstract
The invention relates to the field of communication equipment, in particular to a technology for testing a mobile terminal. A method for testing the mobile terminal comprises the steps: a test server generates a test signaling comprising a test instruction which needs to be executed by the tested mobile terminal; the test server sends the test signaling to the tested mobile terminal by a wireless communication network; and from the test result signaling returned by the wireless communication network at the tested mobile terminal, the test server acquires test results which are generated after the tested mobile terminal executes the test instruction. The invention also provides a test system and a test server of a mobile terminal, and the mobile terminal. As the test server tests the tested mobile terminal by the wireless communication network, the purpose of simultaneously testing a plurality of mobile terminals in different areas can be realized, thus improving test efficiency and saving test cost.
Description
Technical field
The present invention relates to communication equipment field, relate in particular to a kind of technology that portable terminal is tested.
Background technology
Generally in the process of portable terminal research and development, need the business function of portable terminal (as mobile phone, Personal Handyphone System etc.) be detected, can satisfy predefined demand to guarantee portable terminal business function before investing market.At this moment, portable terminal manufacturer or some operators need test portable terminal.
Test event can comprise the functional test of the miscellaneous service of portable terminal, such as WAP (WirelessApplication Protocol, WAP (wireless application protocol)) operational trials, MMS test, Fetion operational trials and business function tests such as IOT (Inter-operation Testing, HIST) and place test.
At present, the method of testing mobile terminal is to link to each other with tested mobile terminal by computer, dut terminal is tested automatically: computer is connected with portable terminal by data wire, computer sends test command to portable terminal, portable terminal receives executable operations after the test instruction, and returns test result to computer.Concrete, in existing test pattern, tested mobile terminal built-in testing program links to each other with computer by data wire.When beginning test, computer sends to tested mobile terminal with test command by serial ports, portable terminal acceptance test order, and being finished according to test command transfers back to computer with test result by serial ports behind the test operation.In whole test process, computer is operated portable terminal as peripheral hardware, and computer need be installed the driver of relevant portable terminal, if therefore survey the portable terminal of different manufacturers, just needs to install different drivers.
Be subjected to the restriction of region from this as can be seen method of testing of said method.That is to say that test portable terminal must be near the computer with mobile terminal test function, and link to each other with computer by data wire.And, the quantity of a testing mobile terminal of this method of testing is also very limited, reason is that computer is by USB (Universal Serial Bus, USB) data wire links to each other with portable terminal, and limited often several of USB interface of computer, a computer can only be tested several limited portable terminals simultaneously so.
The mobile terminal test method of prior art can not realize testing simultaneously the portable terminal of a plurality of different regions owing to be subjected to region restriction, if the portable terminal of different regions is tested, then needs the tester to divide to be clipped to differently the territory to go to test.In addition, also different drivers to be installed for the mobile terminal test computer of different model.So the testing efficiency to portable terminal of prior art is low, testing cost is big.
Summary of the invention
The embodiment of the invention provides a kind of mobile terminal test method and system, in order to improve the testing efficiency of portable terminal, saves testing cost.
The embodiment of the invention provides a kind of testing server, in order to improve the testing efficiency of portable terminal, saves testing cost.
The embodiment of the invention provides a kind of portable terminal, in order to improve the testing efficiency of portable terminal, saves testing cost.
A kind of mobile terminal test method comprises the steps:
Testing server generates test signaling, comprises the test instruction that needs tested mobile terminal to carry out in the described test signaling;
Described testing server sends to tested mobile terminal by cordless communication network with described test signaling;
Described testing server obtains tested mobile terminal and carries out the test result that produces after the described test instruction in the test result signaling that tested mobile terminal is returned by cordless communication network.
When described tested mobile terminal when being a plurality of:
Described test signaling also is a plurality of, the tested mobile terminal that each test signaling is corresponding different respectively.
Preferable, described test signaling comprises: testing server number, tested mobile terminal number, test sign and test instruction; And
Described test result signaling comprises: testing server number, tested mobile terminal number, test sign and test result.
A kind of mobile terminal test system comprises:
Testing server is used to generate test signaling and sends described test signaling by cordless communication network, comprises the test instruction that needs tested mobile terminal to carry out in the described test signaling;
Portable terminal is used for receiving described test signaling from described testing server, and carries out the test instruction in the test signaling, returns the test result signaling of carrying test result to described testing server;
Described testing server receives described test result signaling and obtain test result from described test result signaling.
A kind of testing server comprises the server transceiver module of receiving and dispatching signaling, also comprises:
The test instruction memory module is used to store the test instruction that needs tested mobile terminal to carry out;
The test signaling generation module is used to generate the test signaling that comprises test instruction, and sends to tested mobile terminal by described server transceiver module;
The server parses module is used for receiving the test result signaling that comprises test result that tested mobile terminal is returned by described server transceiver module, resolves described test result signaling, obtains test result.
A kind of portable terminal comprises: the portable terminal transceiver module is used for also comprising by cordless communication network transmitting/receiving wireless signaling:
The portable terminal parsing module is used to resolve the test signaling that receives by described portable terminal transceiver module, obtains the test instruction in the test signaling;
Executive Module is used for according to described test instruction executable operations, and generates test result;
Test result signaling generation module is used for generating the test result signaling according to described test result, and returns described test result signaling by described portable terminal transceiver module.
The embodiment of the invention is because the mobile terminal test server sends test signaling by cordless communication network to tested mobile terminal, and tested mobile terminal receives executable operations after the signaling, and returns test result by cordless communication network to testing server.Like this, testing server can send test signaling by the portable terminal of cordless communication network to a plurality of even different regions in batches, and receive, handle these and move even portable terminals of different regions in batches send test signaling, and receive, handle the test result that these portable terminals return, reach and not limited by the region, test the purpose of a plurality of portable terminals simultaneously, thereby improve testing efficiency, save testing cost.
Description of drawings
Fig. 1 is the schematic diagram of a kind of testing server of the embodiment of the invention by the cordless communication network testing mobile terminal;
Fig. 2 is the flow chart of a kind of test signaling generation method of the embodiment of the invention;
Fig. 3 a is the flow chart of a kind of mobile terminal test method of the embodiment of the invention;
Fig. 3 b is a kind of test signaling structure chart of the embodiment of the invention;
Fig. 3 c is the structure chart of a kind of test result signaling of the embodiment of the invention;
Fig. 3 d is the flow chart that passes through a certain business of short message mode testing mobile terminal of the embodiment of the invention;
Fig. 4 a is the structured flowchart of the mobile terminal test system of the embodiment of the invention;
Fig. 4 b is the structured flowchart of another kind of portable terminal in the test macro of the embodiment of the invention;
Fig. 5 is the structured flowchart of the test instruction generating apparatus of the embodiment of the invention.
Embodiment
The mobile terminal test server of the embodiment of the invention sends test signaling by cordless communication network to tested mobile terminal, and tested mobile terminal receives and resolve this order back executable operations, and returns test result by cordless communication network to testing server.Because a testing server can send test signaling to portable terminals a plurality of, different regions by cordless communication network, and receive the test result that these portable terminals return, reach and not limited by the region, and the purpose that can test a plurality of portable terminals simultaneously, thereby the raising testing efficiency is saved testing cost.
As shown in Figure 1, be the schematic diagram of a kind of mobile terminal test server by the cordless communication network testing mobile terminal.Testing server sends test signaling by cordless communication network to tested portable terminal, as shown in Figure 1, testing server can send test signaling to a plurality of tested portable terminals by cordless communication network, and receives and handle the test result that a plurality of portable terminals return.
Owing to be to test, so be not subjected to the restriction of region for the test of portable terminal by cordless communication network.Such as, testing server is in Beijing, and portable terminal can be realized the portable terminal in Shanghai is tested by cordless communication network at present in Shanghai so.Like this, just broken through the restriction of region for the test of portable terminal, and needn't as prior art, must in having the computer testing laboratory of test function, carry out.
Shown in the flow chart of Fig. 2, the step that generates test signaling comprises:
S201, testing server generate test case according to the operational order of tested mobile terminal model, test scene and portable terminal.
The technology that generates test case according to the operational order of tested mobile terminal model, test scene and tested mobile terminal is well known to those skilled in the art, and repeats no more herein.
S202, testing server generate the executable test instruction of portable terminal with the test case compiling.Test instruction comprises: the operation instruction information that needs tested mobile terminal to carry out, and the relevant schedule information of operational order, and as the cycle-index of instruction execution, the zero-time that instruction is carried out etc.The method that generates test instruction according to test case is well known to those skilled in the art, and repeats no more herein.A test case can generate one or more test instruction; A plurality of test cases also can merge in the test instruction, and those skilled in the art can be determined on a case-by-case basis.
When tested mobile terminal is tested, can be to send identical test instruction to a plurality of portable terminals according to a test case, also can be to send different test instructions to different mobile terminal according to this test case.And the latter often is applied in the operational trials of portable terminal interoperability.The operational trials of the portable terminal interoperability of in follow-up application example, will giving an example.
The embodiment of the invention provides a kind of method of testing mobile terminal, and flow chart specifically comprises the steps: shown in Fig. 3 a
Step S300: testing server generates test signaling according to test instruction, tested mobile terminal number and testing server self number.
Testing server generates a test signaling according to a test instruction, tested mobile terminal number and testing server self number.
The form of test signaling is the signaling format that portable terminal can be discerned, as note, multimedia message, WAP (Wireless Application Protocol, WAP (wireless application protocol)) or Push mail signaling formats such as (push mails).
The test instruction that generates according to use-case can be kept in the testing server, when need be when certain concrete portable terminal sends test signaling, generate the test signaling that meets signaling format according to test instruction, tested mobile terminal number and testing server number, test signaling is sent to tested mobile terminal.A kind of concrete test signaling structure comprises shown in Fig. 3 b: source address, destination address, test sign, test instruction.Wherein, destination address is the number of tested mobile terminal, and source address is the number of testing server, and test sign is a test signaling in order to represent that this signaling uses signaling, portable terminal to obtain after this signaling according to this signaling of this identity validation for test; Portable terminal obtains to carry out corresponding operation after the test instruction in this signaling.
For the scene that testing server is tested a plurality of portable terminals simultaneously, testing server sends test signaling to a plurality of portable terminals.Portable terminal often before investing market producer require to test, the number of portable terminal is provided by producer.These mobile terminal numbers are SIM card numbers that producer is used for testing mobile terminal, these numbers can link to each other, mobile terminal number within a number segment all is numbers of tested mobile terminal, for example, testing server can send test signaling simultaneously to all 999 portable terminals in 13910000001 to 13910000999 these number segments and tests.Concrete, test instruction and testing server number are combined with these 999 mobile terminal numbers respectively, generate 999 test signalings that test instruction is identical, send test signaling by Group transmit mode to portable terminal.For example signaling format is the form of note, and then testing server can be by the mode of bulk SMS, and all portable terminals in 13910000001 to 13910000999 these number segments send test signaling simultaneously.For other signaling format, the send mode of test signaling also can similarly adopt Group transmit mode, thus the purpose that realization is tested a plurality of portable terminals simultaneously.In the process of mass-sending test signaling, mail in the test signaling of each tested mobile terminal except tested mobile terminal number information difference, out of Memory is all identical.And, these 999 portable terminals various places that can distribute.Obviously, the method for testing of prior art can't be supported once the test to a plurality of portable terminals, thus the very big raising of the method for the embodiment of the invention mobile terminal test efficient.
Step S301: testing server sends test signaling to tested mobile terminal.
Testing server sends to portable terminal with test signaling, has carried number information, testing server number information, test sign and the test instruction information of tested mobile terminal in the test signaling.
In order further to improve testing efficiency, testing server can also be with the disposable tested mobile terminal that sends to continuously of many test signalings of the multinomial mobile terminal service of test.After tested mobile terminal receives these test signalings, successively according to the time sequencing that receives according to the test instruction executable operations in the test signaling, and return the test result of multinomial function to testing server.
Step S302: portable terminal acceptance test signaling, and according to test signaling execution test operation.
Concrete, portable terminal determines that according to the sign of the test in the signaling this signaling is a test signaling after the acceptance test signaling, and to this test signaling resolve obtain test instruction and testing server number after, carry out test operation according to test instruction.
For the test signaling that testing server is sent continuously, tested mobile terminal will be kept in the buffer memory less than the test signaling of handling, and handle each test signaling successively according to the time sequencing that receives, and carry out the test instruction in each test signaling.
Step S303: portable terminal returns to testing server with execution result after executing operation according to test signaling.
After the portable terminal executable operations, have execution result, just test result.Portable terminal returns to testing server with test result by cordless communication network according to the testing server number that parses from test signaling.
Because the test of a function sometimes needs a plurality of operations, testing server can send the test signaling of a plurality of operations to portable terminal so, portable terminal according to the test instruction complete operation in a plurality of test signalings after, test result is returned to testing server.
Similarly, test result also turns back to testing server with signaling format.A kind of structure of test result signaling is shown in Fig. 3 c.Comprise: source address, destination address, test sign, test result.Wherein source address is the tested mobile terminal number, and destination address is the testing server number.
Step S304: the testing server acceptance test is signaling as a result, and the test result signaling is resolved, and obtains test result, and test result is handled.
Testing server is resolved this signaling after receiving the test result signaling of portable terminal, obtains test result, and to this test result preserve, processing such as analysis.
By the cordless communication network testing mobile terminal, can test the business that some prior aries can't be tested, for example test the project business of the portable terminal interoperability of different regions; And prior art is because what adopt is that computer comes testing mobile terminal by data wire, can not be simultaneously the portable terminal of different regions be sent test instruction simultaneously, is subjected to the region restriction, so can't test different regions portable terminal interoperability project business.
Be the test that example illustrates a portable terminal interoperability business below with the note.For those skilled in the art can be according to the technology of the easy to do realization of the disclosed technology of the embodiment of the invention by other signaling format testing mobile terminal.
For example, carry out one and be positioned at the portable terminal B that the portable terminal A of Pekinese calling is positioned at Guangzhou, portable terminal B responds the operational trials of this calling.Concrete testing process comprises the steps: shown in Fig. 3 d
Step S310: testing server generates test case according to the operational order of the model of tested mobile terminal, corresponding test item (A calls out B, and B responds) and portable terminal.
Step S311: generate two test instructions respectively according to test case:
Test instruction A: the test instruction of calling out portable terminal B;
Test instruction B: the test instruction that response is called out.
Step S312: generate the test short message B that sends to the test short message A of portable terminal A and send to portable terminal B.
Concrete, generate the test short message A that sends to portable terminal A according to the number of test instruction A, portable terminal A and the number of testing server; Generate the test short message B that sends to portable terminal B according to the number of test instruction B, portable terminal B and the number of testing server.
Step S313: respectively test short message A, test short message B are sent to portable terminal A, portable terminal B.
Step S314: portable terminal A receives and resolves test short message A, call out portable terminal B according to test instruction A, and, generate test result note A according to the call testing result, and send to testing server according to whether in the time that test instruction A sets, obtaining the definite test result of replying of B.
Concrete, portable terminal A receives and resolves test short message A, calls out portable terminal B according to test instruction A, and judges whether to obtain in the time that test instruction A sets reply (being that B answers) of B; If then test result is an access success; Otherwise test result is a call failure.Generate test result note A according to the call testing result, and send to testing server.
Step S315: portable terminal B receives and resolves test short message B, according to test instruction B, after the calling that receives portable terminal A, respond and reply, and after the response time time-delay of setting according to test instruction B after the response, hang up, delay time is generated test result note B as test result send to testing server.
Above-mentioned testing server can be positioned at and portable terminal A or the different region of portable terminal B, as respectively in Beijing and Shanghai.Obviously, adopting the method for testing of prior art is the business that can't test this strange land portable terminal interoperability.
Example for example again: the portable terminal that detects variant region sends the used time of multimedia message.The test of carrying out this project comprises following concrete steps;
Step S321: testing server generates test case according to the model of test scene, tested mobile terminal and the operational order of portable terminal.
According to test scene: portable terminal sends multimedia message, and the model of tested mobile terminal and relevant operational order generate test case.This test case is expressed as:
Note-fresh information-new multimedia messages-insert-picture 001-be sent to number 13910099003-timing-send finish-timing finishes.
Step S322: testing server generates test instruction respectively according to test case.
Each operation in the test case is corresponded to command coding, thereby generate test instruction.Operation and instruction coding contrast relationship in this example is as shown in table 1.
Table 1
| Command coding | Operation |
| 00 | Note |
| 0a | Fresh information |
| Bb | New multimedia messages |
| 2c | Insert |
| 4d001 | Picture 001 |
| 6e13910099003 | Be sent to number 13910099003 |
| 8a | Timing |
| 3a | Send and finish |
| 2d | Timing finishes |
The test instruction that generates according to last table is: 00 0a bb 2c 4d001 6e13910099003 8a 3a 2d.
Step S323: testing server sends to the various places tested mobile terminal with above-mentioned test instruction with the form of note.
Short message content is the test instruction of generation: 00 0a bb 2c 4d001 6e13910099003 8a 3a2d, and a reserved place in the note is set to a set point, as 01, is the note that is used to test in order to identify this note.
Step S324: after the tested mobile terminal acceptance test note according to the test instruction executable operations, with note form return results.
Tested mobile terminal for after this note is test short message, is in the following order carried out button operation according to test instruction according to the test identity validation in the note:
Note-fresh information-new multimedia messages-insert-picture 001-be sent to number 13910099003-timing-send finish-timing finishes.
Timing returns to testing server with timing time with the note form after finishing.
Step S325: testing server acceptance test result, preserve and analyze this test result.
A kind of mobile terminal test system that the embodiment of the invention provides shown in Fig. 4 a, comprising: the testing server 400, the portable terminal 410 that are used for testing mobile terminal.
A kind of concrete structure of testing server 400 comprises: server transceiver module 401, test instruction memory module 402, tested mobile terminal number storage module 403, test signaling generation module 404, server parses module 405, test result processing module 406.
A kind of concrete structure of portable terminal 410 comprises: portable terminal transceiver module 411, portable terminal parsing module 412, Executive Module 413.
Stored the test instruction that generates according to test case in the test instruction memory module 402 of testing server 400.
Stored the number of tested mobile terminal in the tested mobile terminal number storage module 403, the tested mobile terminal number can be one, also can be a plurality of.
Test signaling generation module 404 is according to the number of the tested mobile terminal of storage in test instruction of storing in the test instruction memory module 402 and the tested mobile terminal number storage module 403, and the number of testing server 400 generates the test signaling that meets signaling format.
Server transceiver module 401 sends to portable terminal 410 with the test signaling that test signaling generation module 404 generates by cordless communication network.
The portable terminal transceiver module 411 acceptance test signalings of portable terminal 410.
The portable terminal parsing module 412 of portable terminal 410 is resolved test signaling, determines that according to the test sign this signaling is a test signaling, and parses test instruction and testing server number.
The Executive Module 413 of portable terminal 410 is according to the test instruction executable operations, and with execution result, just test result sends to test result signaling generation module 414.
Further, in the specific implementation, can also send a plurality of test signalings continuously to portable terminal 410.Portable terminal 410 is after passing through portable terminal transceiver module 411 acceptance test signalings, test signaling is saved in (shown in Fig. 4 b) in the test signaling cache module 415 earlier, obtained successively to resolve by portable terminal parsing module 412 again, Executive Module 413 is carried out successively.Like this, portable terminal 410 can the batch processed testing server 400 continuous test signalings that send.
Test result signaling generation module 414 generates the test result signaling that meets signaling format according to test result and testing server number, and the test result signaling returned the test result signaling of signaling format by portable terminal transceiver module 411, and the test result signaling is returned to testing server 400 by portable terminal transceiver module 411.Certainly, in specific implementation process, execution result is just returned in test instruction of not necessarily every execution, can be to return execution result again after all test instructions that execute a function.
Server transceiver module 401 acceptance tests of testing server 400 after the signaling, are resolved these signalings by server parses module 405 and are obtained test result, and handled by 406 pairs of test results of test result processing module as a result.Processing comprises storage, analytical test result etc.
Testing server can also comprise the device that generates test instruction, and a kind of concrete structure of this generation test instruction device comprises: test case generation module 501, test instruction generation module 502 as shown in Figure 5.
Test case generation module 501 is used for generating test case according to portable terminal model, test scene and operational order.
Test instruction generation module 502 is used for test case is compiled into the executable test instruction of portable terminal.Test instruction comprises: the operation instruction information that needs portable terminal to carry out, and the relevant schedule information of operational order, and as the cycle-index of instruction execution, the zero-time that instruction is carried out etc.
The embodiment of the invention is because the mobile terminal test server sends test signaling by cordless communication network to tested mobile terminal, and tested mobile terminal receives executable operations after the signaling, and returns test result by cordless communication network to testing server.Like this, testing server can send test signaling by the portable terminal of cordless communication network to a plurality of even different regions in batches, and receive, handle the test result that these portable terminals return, reach and not limited by the region, test the purpose of a plurality of portable terminals simultaneously, thereby improve the testing efficiency of portable terminal, save testing cost.
The embodiment of the invention is owing to be to send to portable terminal by the signaling that cordless communication network will comprise test instruction, so needn't install driver.And the computer of prior art needs to install the driver of portable terminal by the data wire testing mobile terminal, for the portable terminal of different model, needs to install different drivers.So the embodiment of the invention can be tested the portable terminal of various different models more easily than prior art.
The embodiment of the invention is owing to adopt testing server by the cordless communication network testing mobile terminal, thus can test the prior art scheme some the project business that can not test, the project business of carrying out simultaneously as the portable terminal that can test different regions.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, this program can be stored in the computer read/write memory medium, as: ROM/RAM, magnetic disc, CD etc.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1, a kind of mobile terminal test method is characterized in that, comprises the steps:
Testing server generates test signaling, comprises the test instruction that needs tested mobile terminal to carry out in the described test signaling;
Described testing server sends to tested mobile terminal by cordless communication network with described test signaling;
Described testing server obtains tested mobile terminal and carries out the test result that produces after the described test instruction in the test result signaling that tested mobile terminal is returned by cordless communication network.
2, the method for claim 1 is characterized in that, described test instruction generates according to test case, and described test case is determined according to the test operation order of tested mobile terminal model, test scene and portable terminal.
3, method as claimed in claim 2 is characterized in that, when described tested mobile terminal when being a plurality of:
Described test signaling also is a plurality of, the tested mobile terminal that each test signaling is corresponding different respectively.
4, the method for claim 1 is characterized in that, described test signaling comprises: testing server number, tested mobile terminal number, test sign and test instruction; And
Described test result signaling comprises: testing server number, tested mobile terminal number, test sign and test result.
5, as the arbitrary described method of claim 1 to 4, it is characterized in that, described testing server sends to described test signaling in the tested mobile terminal step by cordless communication network, and described test signaling is when sending to a plurality of test signaling of same tested mobile terminal
Described testing server sends to tested mobile terminal by cordless communication network continuously with described test signaling; And by portable terminal reception and buffer memory.
6, a kind of mobile terminal test system comprises:
Testing server is used to generate test signaling and sends described test signaling by cordless communication network, comprises the test instruction that needs tested mobile terminal to carry out in the described test signaling;
Portable terminal is used for receiving described test signaling from described testing server, and carries out the test instruction in the test signaling, returns the test result signaling of carrying test result to described testing server;
Described testing server receives described test result signaling and obtain test result from described test result signaling.
7, a kind of testing server comprises the server transceiver module of receiving and dispatching signaling, it is characterized in that, also comprises:
The test instruction memory module is used to store the test instruction that needs tested mobile terminal to carry out;
The test signaling generation module is used to generate the test signaling that comprises test instruction, and sends to tested mobile terminal by described server transceiver module;
The server parses module is used for receiving the test result signaling that comprises test result that tested mobile terminal is returned by described server transceiver module, resolves described test result signaling, obtains test result.
8, testing server as claimed in claim 7 is characterized in that, also comprises:
The test case generation module is used for generating test case according to the operational order of tested mobile terminal model, test scene and portable terminal;
The test instruction generation module is used for generating the test instruction that tested mobile terminal can be carried out according to described test case.
9, a kind of portable terminal comprises: the portable terminal transceiver module, be used for it is characterized in that by cordless communication network transmitting/receiving wireless signaling, and also comprise:
The portable terminal parsing module is used to resolve the test signaling that receives by described portable terminal transceiver module, obtains the test instruction in the test signaling;
Executive Module is used for according to described test instruction executable operations, and generates test result;
Test result signaling generation module is used for generating the test result signaling according to described test result, and returns described test result signaling by described portable terminal transceiver module.
10, portable terminal as claimed in claim 9 is characterized in that, also comprises:
The test signaling cache module, be connected between described portable terminal transceiver module and the portable terminal parsing module, be used for the test signaling that the described portable terminal transceiver module of buffer memory receives, and the test signaling of buffer memory is sent to described portable terminal parsing module successively.
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