CN104899122A - Mobile terminal testing system and method - Google Patents
Mobile terminal testing system and method Download PDFInfo
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- CN104899122A CN104899122A CN201510329329.7A CN201510329329A CN104899122A CN 104899122 A CN104899122 A CN 104899122A CN 201510329329 A CN201510329329 A CN 201510329329A CN 104899122 A CN104899122 A CN 104899122A
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Abstract
The invention discloses a mobile terminal testing system and method. The system comprises a first control unit for building a connection between the testing system and a mobile terminal to be tested as well as acquiring the top authority of the mobile terminal to be tested, a second control unit which is connected with the first control unit and used for setting a test script and compiling the test script into a file to be the executed by the mobile terminal to be tested, and a third control unit which is connected with the first control unit and used for sending the file compiled by the second control unit to the mobile terminal to be tested so as to control the mobile terminal to be tested to execute the file; the first control unit can be also used for starting the second control unit as well as starting the third control unit after the second control unit executes. With the adoption of the system and the method, the defect of manually inputting an instruction in the test program can be avoided; the test script can be fully automatically set, compiled and executed; therefore, the testing efficiency can be increased, and the error rate can be reduced.
Description
Technical field
The present invention relates to technical field of mobile terminals, particularly relate to a kind of mobile terminal test system and method.
Background technology
Mobile terminal, as a kind of intelligent system, is more and more subject to the attention of user, is therefore widely used, and mobile terminal manufacturer is for the needs in market, and large-scale mobile terminal of producing puts goods on the market.
Before mobile terminal is put into the market, have to pass through test procedure, existing mobile terminal test program adopts the form of test script usually, tester also needs the corresponding instruction of manual input to control the corresponding test script of running of mobile terminal after having write test script, make the testing efficiency of the test procedure of mobile terminal very low, and owing to there is the link of manual input instruction, easy generation mistake, cause test procedure to complete smoothly, have impact on the speed that mobile terminal puts goods on the market.
Summary of the invention
For the problems referred to above that existing mobile terminal test program link exists, now provide a kind of, be intended to mobile terminal test system and the method for avoiding manual input instruction.
Concrete technical scheme is as follows:
A kind of mobile terminal test system, wherein, comprising:
First control module, described first control module in order to:
Set up the connection between test macro and mobile terminal to be tested, and
Obtain the highest weight limit of described mobile terminal to be tested;
Second control module, connects described first control module, described second control module in order to:
Test script is set, and
Described test script is compiled into the file that the described mobile terminal to be tested of coupling performs;
3rd control module, connects described first control module, described 3rd control module in order to:
The described file that described second control module compiling is formed is sent to described mobile terminal to be tested,
Control described mobile terminal to be tested and perform described file;
Described first control module also in order to, start described second control module, and after described second control module is finished, start described 3rd control module.
Preferably, described first control module comprises:
Link block, is connected with described the described of mobile terminal to be tested in order to set up described test macro;
Authority acquiring module, after described link block successful connection, in order to based on described connection, obtains the highest weight limit of described mobile terminal to be tested;
First starts module, connects described second control module, after the highest weight limit that described authority acquiring module obtains described mobile terminal to be tested, in order to start described second control module;
Second starts module, connects described 3rd control module, after described second control module is finished, in order to start described 3rd control module.
Preferably, described second control module comprises:
Subelement is set, in order to:
Described test script is set,
To the rename that the file after the compiling of described test script carries out in advance, and
Locate the path at described test script place;
3rd starts module, connects and describedly arranges subelement, describedly arranges subelement in order to start;
Collector, arranges after subelement is finished until described, in order to according to described path, described test script is compiled into the file that the described mobile terminal to be tested of coupling performs.
Preferably, the described subelement that arranges comprises:
Arrange and rename module, in order to arrange described test script, and to the rename that the file after the compiling of described test script carries out in advance;
Locating module, in order to locate the path at described test script place.
Preferably, the described subelement that arranges is batch processing unit.
Preferably, described 3rd control module comprises:
Sending module, in order to based on described connection, is sent to described mobile terminal to be tested by the described file that described second control module compiling is formed;
Execution module, after the described file that described second control module compiling is formed is sent to described mobile terminal to be tested by described sending module, in order to based on described connection, controls described mobile terminal to be tested and performs described file.
Preferably, described 3rd control module also comprises:
Removing module, after the described mobile terminal to be tested of described execution module control is finished described file, in order to based on described connection, deletes the described file on described mobile terminal to be tested.
Preferably, described first control module is batch processing unit; And
Described second control module is batch processing unit; And
Described 3rd control module is batch processing unit.
Preferably, described first control module also comprises time-out module, and described time-out module controls described test macro and enters halted state after described 3rd control module is finished.
Also provide, a kind of mobile terminal test method, wherein, comprise the steps:
Step 1, set up with mobile terminal to be tested between connection;
Step 2, obtain described mobile terminal to be tested highest weight limit;
Step 3, test script is set;
Step 4, described test script is compiled into the file that the described mobile terminal to be tested of coupling performs;
Step 5, described file is sent to described mobile terminal to be tested;
Step 6, control described mobile terminal to be tested and perform described file.
The beneficial effect of technique scheme is:
To avoid in test procedure the defect of manual input instruction, realize full automaticly arranging test script, compiling, and perform, thus improve testing efficiency, reduce the possibility that mistake occurs.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of test macro of the present invention;
Fig. 2 is the structural representation of a kind of embodiment of the first control module in the present invention;
Fig. 3 is the structural representation of a kind of embodiment of the second control module in the present invention;
Fig. 4 is the structural representation of a kind of embodiment of the 3rd control module in the present invention;
Fig. 5 is the structural representation of a kind of embodiment arranging subelement in the present invention;
Fig. 6 is the steps flow chart block diagram of a kind of embodiment of method of testing of the present invention;
Fig. 7 arranges the structural representation of subelement independent of a kind of embodiment outside the second control module in the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described, but not as limiting to the invention.
As shown in Figure 1, a kind of mobile terminal test system is provided in technical scheme of the present invention, in one preferably embodiment, mobile terminal test system can comprise: the first control module 10, first control module 10 in order to, set up the connection between test macro 00 and mobile terminal to be tested 01, and obtain the highest weight limit of mobile terminal 01 to be tested; Second control module 20, connect the first control module 10, second control module 20 in order to, the test script that completes in advance is set, and test script is compiled into the file that coupling mobile terminal 01 to be tested performs; 3rd control module 30, connect the first control module the 10, three control module 30 in order to, the file the second control module 20 being compiled formation is sent to mobile terminal 01 to be tested, and controls mobile terminal 01 to be tested and perform above-mentioned file.
First control module 10 also in order to, start the second control module 20, and after the second control module 20 is finished, start the 3rd control module 30.
In technique scheme, by starting the first control module 10, automatically can complete and connecting between test macro 00 and mobile terminal to be tested 01, and obtain the highest weight limit of mobile terminal to be tested after a connection setup.On this basis, first control module 10 is after the highest weight limit obtaining mobile terminal 01 to be tested, start the second control module 20, automatically preprepared test script is arranged by the second control module 20, with the compilation process after adapting to, after setting completed, compiled by the second control module 20 pairs of test scripts, to form the file that coupling mobile terminal 01 to be tested performs, after the second control module 20 completes the compiling of file, first control module 10 starts the 3rd control module 30, by the 3rd control module 30, the file that second control module 20 has compiled is sent to mobile terminal 01 to be tested, and control mobile terminal 01 to be tested by the 3rd control module 30 and perform above-mentioned file, to complete test procedure, whole test procedure completes automatically, do not need manual input control order, thus improve testing efficiency, reduce the possibility that mistake produces.
In one preferably embodiment, as shown in Figure 2, the first control module 10 comprises, link block 11, in order to set up the connection of test macro 00 and mobile terminal 01 to be tested; Authority acquiring module 12, after module 11 to be connected successful connection, in order to based on connection, obtains the highest weight limit of mobile terminal 01 to be tested; First starts module 13, connects the second control module 20, after the highest weight limit that authority acquiring module 12 obtains mobile terminal 01 to be tested, in order to start the second control module 20; Second starts module 14, connects the 3rd control module 30, after the second control module 20 is finished, in order to start the 3rd control module 30.
In one preferably embodiment, the first control module 10 can be batch processing unit.On this basis, the first control module 10 can realize in the following manner:
For the mobile terminal of Android (android) system, on this basis, the running environment of computing machine as test macro of windows operating system can be installed, on this basis, can on test macro preset Ant instrument (the packing compilation tool organizing Apache to release of increasing income), further, can drive by preset Android ADB on test macro.
Mobile terminal to be tested is set to USB debugging mode, and is connected with test macro by USB cable.
In one preferably embodiment, link block can by following codes implement:
adb-wait-device；
Can realize waiting for mobile terminal to be tested by above-mentioned code and set up between test macro be normally connected after perform subsequent module again.
In one preferably embodiment, authority acquiring module can by following codes implement:
adb root 67754400；
The ROOT authority (highest weight limit) of mobile terminal to be tested can be obtained by above-mentioned code.
In one preferably embodiment, first starts module can by following codes implement:
call"C02.bat"；
Suppose that the name of the second control module is called C02.bat herein, calling the second control module can be realized by above-mentioned code, thus realize startup second control module.
In one preferably embodiment, second starts module can by following codes implement:
call"C03.bat"；
Suppose that the name of the 3rd control module is called C03.bat, can realize calling the 3rd control module by above-mentioned code, thus realize startup the 3rd control module herein.
The above-mentioned first startup module that realizes arranges sequentially with the code realizing the second startup module, thus can realize, in batch processing unit, first starting the second control module, restarts the 3rd control module after the second control module is finished.
As one preferably embodiment, can in the first control module built-in echo off code, mutual display information when running with hiding test macro.
On technique scheme basis, further, as shown in Figure 3, second control module 20 can comprise and arranges subelement 40, subelement 40 is set in order to arrange test script, to the rename that the file after test script compiling carries out in advance, and the path at assignment test script place; 3rd starts module 21, connects and arranges subelement 40, arranges subelement 40 in order to start; Collector 22, after subelement 40 to be placed is finished, in order to according to the path arranging subelement 40 location, is compiled into the file that coupling mobile terminal 01 to be tested performs by test script.
On this basis, further, as shown in Figure 5, arranging subelement 40 can comprise: arrange and rename module 41, in order to arrange test script, and to the rename that the file after test script compiling carries out in advance; Locating module 42, in order to the path at assignment test script place.
In one preferably embodiment, as shown in Figure 7, subelement 40 is set and can be used as an independently unit, outside the second control module 20.Second control module 20 starts module 21 startup by the 3rd and arranges subelement 40.And perform collector 22 again in arranging after subelement 40 is finished.
In one preferably embodiment, arranging subelement 40 can be batch processing unit.On this basis, arrange subelement 40 can realize in the following manner:
In one preferably embodiment, to arrange and rename module and locating module can by following codes implement:
set aa＝“android create uitest-project-n UiAutomator-t 1–p”
％aa％％cd％\；
This sentences UiAutomator test script is that example is described, and UiAutomator test script has been write in advance by eclipse instrument.On this basis, in above-mentioned code, the effect of android create uitest-project-n UiAutomator-t 1 – p is, create the compiling configuration file of UiAutomator test script, and in advance by the file name called after UiAutomator after compiling.Because this code also needs the path of input test script, therefore it can be used as text complex value to variable aa herein, it should be noted that, name variable only for convenience of description, the intention be not limited to them.Above-mentioned code %aa%%cd% the value of variable aa and work at present path are spliced, thus obtain complete android create uitest-project-n<name>-t 1 – p<path> instruction, and realize the location to UiAutomator test script.
In one preferably embodiment, the second control module 20 can be batch processing unit.On this basis, the second control module 20 can realize in the following manner:
In one preferably embodiment, the 3rd starts module can by following codes implement:
call"C04.bat"；
The name that supposition arranges subelement is herein called C04.bat, can be realized arranging calling of subelement by above-mentioned code, thus realizes startup and arrange subelement.
In one preferably embodiment, collector can by following codes implement:
ant build；
Can realize calling ant instrument preset in test macro by above-mentioned code and packing compiling is carried out to the test script under work at present path.
On technique scheme basis, further, as shown in Figure 4, the 3rd control module 30 can comprise: sending module 31, and in order to based on connection, the file the second control module 20 being compiled formation is sent to mobile terminal 01 to be tested; Execution module 32, after the file that the second control module 20 is compiled formation by module 31 to be sent is sent to mobile terminal 01 to be tested, in order to based on connection, controls mobile terminal 01 to be tested and performs above-mentioned file.
In one preferably embodiment, the 3rd control module 30 can be batch processing unit.On this basis, the 3rd control module 30 can realize in the following manner:
In one preferably embodiment, sending module can by following codes implement:
adb push％cd％\bin\UiAutomator.jar/data/local/tmp/；
By above-mentioned code the file UiAutomator.jar formed after compiling UiAutomator test script can be realized to be pushed in mobile terminal/data/local/tmp/ path under.
In one preferably embodiment, execution module can by following codes implement:
adb shell uiautomator runtest UiAutomator.jar-c com.xxx.test.Test01；
Can realize performing the file UiAutomator.jar formed after corresponding UiAutomator test script compiling in mobile terminal to be tested by above-mentioned code, and run test case com.xxx.test.Test01 corresponding in UiAutomator test script.
In one preferably embodiment, the 3rd control module 30 also can comprise removing module 33, and pending module 32 controls mobile terminal 01 to be tested and is finished after above-mentioned file, in order to based on connection, deletes the above-mentioned file on mobile terminal 01 to be tested.
In one preferably embodiment, removing module can by following codes implement:
adb shell rm/data/local/tmp/*.jar；
Can realize jar file erase all under mobile terminal to be tested/data/local/tmp/ path by above-mentioned code, namely the UiAutomator.jar file of corresponding UiAutomator test script under being sent to mobile terminal to be tested/data/local/tmp/ path before deleting, to recover the original state of mobile terminal to be tested.
In one preferably embodiment, the first control module 10 also can comprise time-out module 15, suspends module 15 after the 3rd control module 30 is finished, and controls test macro 00 and enters halted state.
In one preferably embodiment, suspending module can by following codes implement:
pause；
Test macro can be realized by above-mentioned code to suspend, thus be convenient to the execution result that tester checks test script on mobile terminal to be tested.
Technique scheme is realized by 4 batch processing unit, and between unit, the degree of coupling is low, can independently improve respectively as required or adjust array configuration, and further by 4 batch processing unit package in other language, thus can improve its adaptability.Further, above-mentioned 4 batch processing unit also can coordinate other interfaces to use, and are started and in running background by corresponding interface.
Also provide in technical scheme of the present invention, a kind of mobile terminal test method, as shown in Figure 6, wherein, comprise the steps:
Step 1, set up with mobile terminal to be tested between connection;
Step 2, obtain mobile terminal to be tested highest weight limit;
Step 3, test script is set;
Step 4, test script is compiled into the file that coupling mobile terminal to be tested performs;
Step 5, above-mentioned file is sent to mobile terminal to be tested;
Step 6, control mobile terminal to be tested and perform above-mentioned file.
Said method realizes by batch program, thus overcomes in prior art the defect needing manual input instruction, improves the efficiency of test procedure, reduces the possibility occurring mistake.
The foregoing is only preferred embodiment of the present invention; not thereby embodiments of the present invention and protection domain is limited; to those skilled in the art; should recognize and all should be included in the scheme that equivalent replacement done by all utilizations instructions of the present invention and diagramatic content and apparent change obtain in protection scope of the present invention.
Claims (10)
1. a mobile terminal test system, is characterized in that, comprising:
First control module, described first control module in order to:
Set up the connection between test macro and mobile terminal to be tested, and
Obtain the highest weight limit of described mobile terminal to be tested;
Second control module, connects described first control module, described second control module in order to:
Test script is set, and
Described test script is compiled into the file that the described mobile terminal to be tested of coupling performs;
3rd control module, connects described first control module, described 3rd control module in order to:
The described file that described second control module compiling is formed is sent to described mobile terminal to be tested,
Control described mobile terminal to be tested and perform described file;
Described first control module also in order to, start described second control module, and after described second control module is finished, start described 3rd control module.
2. mobile terminal test system as claimed in claim 1, it is characterized in that, described first control module comprises:
Link block, is connected with described the described of mobile terminal to be tested in order to set up described test macro;
Authority acquiring module, after described link block successful connection, in order to based on described connection, obtains the highest weight limit of described mobile terminal to be tested;
First starts module, connects described second control module, after the highest weight limit that described authority acquiring module obtains described mobile terminal to be tested, in order to start described second control module;
Second starts module, connects described 3rd control module, after described second control module is finished, in order to start described 3rd control module.
3. mobile terminal test system as claimed in claim 1, it is characterized in that, described second control module comprises:
Subelement is set, in order to:
Described test script is set,
To the rename that the file after the compiling of described test script carries out in advance, and
Locate the path at described test script place;
3rd starts module, connects and describedly arranges subelement, describedly arranges subelement in order to start;
Collector, arranges after subelement is finished until described, in order to according to described path, described test script is compiled into the file that the described mobile terminal to be tested of coupling performs.
4. mobile terminal test system as claimed in claim 3, it is characterized in that, the described subelement that arranges comprises:
Arrange and rename module, in order to arrange described test script, and to the rename that the file after the compiling of described test script carries out in advance;
Locating module, in order to locate the path at described test script place.
5. mobile terminal test system as claimed in claim 3, it is characterized in that, the described subelement that arranges is batch processing unit.
6. mobile terminal test system as claimed in claim 1, it is characterized in that, described 3rd control module comprises:
Sending module, in order to based on described connection, is sent to described mobile terminal to be tested by the described file that described second control module compiling is formed;
Execution module, after the described file that described second control module compiling is formed is sent to described mobile terminal to be tested by described sending module, in order to based on described connection, controls described mobile terminal to be tested and performs described file.
7. mobile terminal test system as claimed in claim 6, it is characterized in that, described 3rd control module also comprises:
Removing module, after the described mobile terminal to be tested of described execution module control is finished described file, in order to based on described connection, deletes the described file on described mobile terminal to be tested.
8. mobile terminal test system as claimed in claim 1, it is characterized in that, described first control module is batch processing unit; And
Described second control module is batch processing unit; And
Described 3rd control module is batch processing unit.
9. mobile terminal test system as claimed in claim 1, it is characterized in that, described first control module also comprises time-out module, and described time-out module controls described test macro and enters halted state after described 3rd control module is finished.
10. a mobile terminal test method, is characterized in that, comprises the steps:
Step 1, set up with mobile terminal to be tested between connection;
Step 2, obtain described mobile terminal to be tested highest weight limit;
Step 3, test script is set;
Step 4, described test script is compiled into the file that the described mobile terminal to be tested of coupling performs;
Step 5, described file is sent to described mobile terminal to be tested;
Step 6, control described mobile terminal to be tested and perform described file.
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