CN1976526A - Mobile telephone automation testing system and testing method - Google Patents
Mobile telephone automation testing system and testing method Download PDFInfo
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- CN1976526A CN1976526A CNA200610138745XA CN200610138745A CN1976526A CN 1976526 A CN1976526 A CN 1976526A CN A200610138745X A CNA200610138745X A CN A200610138745XA CN 200610138745 A CN200610138745 A CN 200610138745A CN 1976526 A CN1976526 A CN 1976526A
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Abstract
An automation test system of mobile phone comprises mechanical key-pressing unit, image collection unit and test control unit. An automation testing method includes carrying out intelligent key-pressing on mobile phone, obtaining image data of mobile phone screen and carrying out treatment on said image data.
Description
Technical field
The present invention relates to the mobile phone test field, relate in particular to a kind of mobile phone automatized test macro and method of testing.
Background technology
Along with the development that the mobile phone terminal technology is maked rapid progress, the mobile phone terminal product is more and more abundanter, and function becomes increasingly complex, and it is more and more faster to release frequency, causes R﹠D cycle shortening, research and development task to increase.In the mobile phone research and development, the research and development test is concerning R﹠D cycle and mobile phone quality, is a very important job.Want in market competition, to occupy catbird seat, just must improve the efficient and the quality of mobile phone test, and reduce testing cost.Reach this target, it is not all right increasing the tester simply, is merely able to constantly accumulate measuring technology, improves automatization level.
The tester carries out the cell-phone function test time two main actions: button operation and watch screen and judge, functional test use-case correspondence the button operation of a particular sequence and are watched screen output and judge and correct errors after specific keys.This test job simply repeats, and workload is very big, and especially performance is more obvious in shorter regression test of time, therefore needs to improve the automatic test level of cell-phone function.
But, the automation tools that is used for the cell-phone function test at present generally uses serial ports to send order and finishes test, and this method of testing gets around mobile phone UI (User Interface, user interface), can not testing mobile phone screen display and button validity, have certain limitation.
Summary of the invention
The problem to be solved in the present invention provides a kind of cell-phone function automatization test system, has got around mobile phone UI, has tested incomplete defective based on the serial ports automatic test to overcome in the prior art.
For achieving the above object, the technical scheme of one embodiment of the present of invention provides a kind of mobile phone automatized test macro, comprise mechanical key device, image collecting device and test control device, wherein said mechanical key device is connected with described test control device, be used to receive mechanical key controlling command, mobile phone is carried out smart key; Described image collecting device is connected with described test control device, is used to receive the IMAQ control command, mobile phone screen is taken pictures or is made a video recording, and view data is sent to described test control device; Described test control device is used for sending mechanical key controlling command to described mechanical key device, sends the IMAQ control command to described image collecting device, and the view data that receives is handled.
The technical scheme of one embodiment of the present of invention provides a kind of mobile phone automatized test method, may further comprise the steps: mobile phone is carried out smart key; Obtain the view data of mobile phone screen; Described view data is handled.
Compared with prior art, the technical scheme of one embodiment of the present of invention has the following advantages:
The present invention utilizes the mechanical key device to realize smart key to mobile phone, utilize image collecting device to realize supervision, utilize test control device to realize judgement, directly mobile phone UI is operated test result to mobile phone screen, test can reach the effect identical with the manual testing comprehensively;
In addition, the present invention can finish such as performance test, functional test and the regression test that phone directory, note, calling, mobile phone menu traversal, cell-phone calendar etc. are simple, workload is big, has improved testing efficiency, has reduced testing cost.
Description of drawings
Fig. 1 is a kind of mobile phone automatized measurement system diagram of the present invention;
Fig. 2 is the flow chart that under the single step calibration mode of the present invention mobile phone is carried out smart key;
Fig. 3 is the flow chart that under the online execution pattern of the present invention mobile phone is carried out smart key;
Fig. 4 is the flow chart that under the off line execution pattern of the present invention mobile phone is carried out smart key;
Fig. 5 is the flow chart that the present invention obtains image data;
Fig. 6 is the flow chart that the present invention obtains video data;
Fig. 7 is the process chart of the present invention to image data;
Fig. 8 is the flow chart that the present invention generates the mechanical key control command sequence of test case;
Fig. 9 is the flow chart that the present invention generates the normal pictures data of test case.
Embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the present invention is described in further detail:
A kind of mobile phone automatized test macro as shown in Figure 1, this system comprises test control device 11, mechanical key device 12 and image collecting device 13, wherein test control device 11 is connected with image collecting device 13 with mechanical key device 12 respectively.
Test control device 11 is used for sending mechanical key controlling command to mechanical key device 12, sends the IMAQ control command to image collecting device 13, and the view data that receives is handled; Also be used to generate test case, management of test cases and use-case playlist.With reference to Fig. 1, test control device 11 further comprises mechanical key control unit 111, is used for sending mechanical key controlling command to mechanical key device 12, controls 12 pairs of mobile phones of mechanical key device and carries out smart key; Test case generation unit 112 is used to generate test case, and described test case comprises mechanical key control command sequence and/or normal pictures data; File management unit 113 is used for management of test cases and use-case playlist, and described playlist comprises the numbering of test case, the playing sequence of test case and the broadcasting time of test case; IMAQ control unit 114 is used for sending the IMAQ control command to image collecting device 13, and 13 pairs of mobile phone screens of control image collecting device are taken pictures or made a video recording; Graphics processing unit 115 is used for the view data that receives is handled.
Mechanical key device 12 is used to receive mechanical key controlling command, and mobile phone is carried out smart key.With reference to Fig. 1, mechanical key device 12 comprises further that machinery refers to 121, positioning unit 122, push-button unit 123, motion control unit 124, test case memory cell 125 and test case management unit 126, wherein machinery refers to that 121 are connected with push-button unit 123 with positioning unit 122 respectively, motion control unit 124 is connected with positioning unit 122, push-button unit 123 and test case memory cell 125 respectively, and test case memory cell 125 is connected with test case management unit 126.
Motion control unit 124 is used to receive mechanical key controlling command, sends positioning command to positioning unit 122, sends key commands to push-button unit 123.Under single step calibration mode or online execution pattern, described mechanical key control command sends to motion control unit 124 by test control device 11; Under the off line execution pattern, described mechanical key control command sends to motion control unit 124 by test case memory cell 125.The positioning command that sends to positioning unit 122 comprises that machinery refers to 121 two-dimensional position coordinate; The key commands that sends to push-button unit 123 comprises button duration and button free time.
Positioning unit 122 is used for the positioning command according to motion control unit 124 transmissions, and control machinery refers to 121 location, and machinery is referred to that 121 navigate to by the determined position of two-dimensional position coordinate in the positioning command.
Push-button unit 123 is used for the key commands that sends according to motion control unit 124, and control machinery refers to 121 button, and the mobile phone key is pushed button button duration in the order, and the button sky is had a rest the button free time in the key commands then.
Machinery refers to that 121 are used for mobile phone is carried out button, is made up of precision spring, pull-switch and flexible glue head, is driven by push-button unit 123, produces the key press of 1.0～3.5N, and key press scope machinery is adjustable.Wherein precision spring is guaranteed to produce initial key press (as 1.0N) by precommpression, and pre compressed magnitude is big more, and then initial key press is just big more; Pull-switch is used to respond to maximum key press, guarantees that key press can not surpass the qualification force value.Length of spring compressed is when limiting the position, and pull-switch is connected, and motion control unit 124 unit 123 motions that stop key immediately make key press be no more than the qualification force value; Adjust the position of pull-switch, can change maximum key press.
Test case memory cell 125 is used to store test case and sends mechanical key controlling command to motion control unit 124.
Test case management unit 126 is used to control the broadcast of test case.Store the use-case playlist in the test case management unit 126, this playlist comprises the numbering of test case, the playing sequence of test case and the broadcasting time of test case.
Image collecting device 13 is used for the IMAQ control command that acceptance test control device 11 sends, and mobile phone screen is taken pictures or is made a video recording, and view data is sent to test control device 11.With reference to Fig. 1, image collecting device 13 further comprises the unit 131 of taking pictures, video camera 132 and image unit 133, and wherein video camera 132 is connected with image unit 133 with the unit 131 of taking pictures respectively.The unit 131 of taking pictures is used to receive the IMAQ control command, and control video camera 132 is taken pictures, and view data is sent to test control device 11; Video camera 132 is used for mobile phone screen is taken pictures or made a video recording; Image unit 133 is used to receive the IMAQ control command, and control video camera 132 is made a video recording, and view data is sent to test control device 11.
When adopting mobile phone automatized test macro shown in Figure 1, the mobile phone automatized test method of one embodiment of the present of invention is divided into 12 pairs of mobile phones of mechanical key device to carry out smart key, image collecting device 13 and obtains view data and 11 pairs of described view data of test control device of mobile phone screen and handle three processes.
12 pairs of mobile phones of mechanical key device carry out smart key and can carry out under single step calibration, online execution, off line execution and four kinds of patterns of file management respectively.The flow process of under the single step calibration mode mobile phone being carried out smart key may further comprise the steps as shown in Figure 2:
Step s201, mechanical key control unit 111 sends mechanical key controlling command to mechanical key device 12.
Step s202, motion control unit 124 send positioning command according to the mechanical key control command to positioning unit 122, and described positioning command comprises that machinery refers to 121 two-dimensional position coordinate.
Step s203, positioning unit 122 refers to 121 according to the positioning command driving device, makes machinery refer to that 121 navigate to the determined position of described two-dimensional position coordinate.
Step s204, motion control unit 124 be according to the mechanical key control command, sends key commands to push-button unit 123, and described key commands comprises button duration and button free time.
Step s205, push-button unit 123 refers to 121 according to the key commands driving device, and the mobile phone key is pressed the described button duration, the button sky is had a rest described button free time then.
The flow process of under online execution pattern mobile phone being carried out smart key may further comprise the steps as shown in Figure 3:
Step s301, test control device 11 sends mechanical key controlling command according to test case to mechanical key device 12.
Step s302, motion control unit 124 send positioning command according to the mechanical key control command to positioning unit 122, and described positioning command comprises that machinery refers to 121 two-dimensional position coordinate.
Step s303, positioning unit 122 refers to 121 according to the positioning command driving device, makes machinery refer to that 121 navigate to the determined position of described two-dimensional position coordinate.
Step s304, motion control unit 124 be according to the mechanical key control command, sends key commands to push-button unit 123, and described key commands comprises button duration and button free time.
Step s305, push-button unit 123 refers to 121 according to the key commands driving device, and the mobile phone key is pressed the described button duration, the button sky is had a rest described button free time then.
Step s306, mechanical key device 12 is sent completely message to test control device 11.
Step s307 judges whether the mechanical key control command in the test case is all complete, if then finish; Otherwise change step s308.
Step s308, test control device 11 sends next bar mechanical key control command according to test case to mechanical key device 12, and changes step s302.
The flow process of under the off line execution pattern mobile phone being carried out smart key may further comprise the steps as shown in Figure 4:
Step s401, test case is obtained and stored to test case memory cell 125 from test control device 11.
Step s402, the inquiry playlist obtains first test case, and described playlist comprises the numbering of test case, the playing sequence of test case and the broadcasting time of test case.
Step s403, test case memory cell 125 sends mechanical key controlling command according to described test case to motion control unit 124.
Step s404, motion control unit 124 send positioning command according to the mechanical key control command to positioning unit 122, and described positioning command comprises that machinery refers to 121 two-dimensional position coordinate.
Step s405, positioning unit 122 refers to 121 according to the positioning command driving device, makes machinery refer to that 121 navigate to the determined position of described two-dimensional position coordinate.
Step s406, motion control unit 124 be according to the mechanical key control command, sends key commands to push-button unit 123, and described key commands comprises button duration and button free time.
Step s407, push-button unit 123 refers to 121 according to the key commands driving device, and the mobile phone key is pressed the described button duration, the button sky is had a rest described button free time then.
Step s408 judges whether the mechanical key control command in the test case is all complete, if then change step s410; Otherwise change step s409.
Step s409, test case memory cell 125 sends next bar mechanical key control command according to described test case to motion control unit 124, and changes step s404.
Step s410 judges whether the number of times to be played of described test case is 0, if then change step s412; Otherwise change step s411.
Step s411 subtracts 1 with number of times to be played, and changes step s403.
Step s412 judges whether all test cases in the playlist all finish playing, if then finish; Otherwise change step s413.
Step s413, the inquiry playlist obtains next test case, and changes step s403.
In said process, can also control the broadcast of test case, comprising:
Play current test case: the beginning implementation of test cases, or continue to carry out the test case of suspending.
Stop to play test case: stop implementation of test cases, test case is carried out number of times and is added 1.
Suspend and play test case: suspend and carry out current test case.
Play next test case: stop the execution of current test case immediately, and jump to the next test case in the playlist, prepare to carry out.
Play a test case: stop the execution of current test case immediately, and jump to the last test case in the playlist, prepare to carry out.
Loop play test case: the current test case of loop play.
Under document management mode, test control device 11 can management of test cases memory cell 125 in the playlist of storage in the test case of storage and the test case management unit 126, described test case can be increased, revise or delete, described playlist can be edited.
The view data that image collecting device 13 obtains mobile phone screen comprises obtains image data that obtains by taking pictures or the video data that obtains by shooting.The flow process of obtaining image data may further comprise the steps as shown in Figure 5:
Step s501, IMAQ control unit 114 sends the IMAQ control command to the unit 131 of taking pictures.
Step s502, the unit 132 pairs of mobile phone screens of 131 control video cameras of taking pictures are taken pictures, and obtain the image data of mobile phone screen.
Step s503, the unit 131 of taking pictures sends to graphics processing unit 115 with described image data.
The flow process of obtaining video data may further comprise the steps as shown in Figure 6:
Step s601, IMAQ control unit 114 sends the IMAQ control command to image unit 133.
Step s602,132 pairs of mobile phone screens of image unit 133 control video cameras are made a video recording, and obtain the video data of mobile phone screen.
Step s603, image unit 133 sends to graphics processing unit 115 with described video data.
11 pairs of view data of test control device are handled the processing that comprises image data or video data.When view data is image data, to the handling process of image data as shown in Figure 7, may further comprise the steps:
Step s701, graphics processing unit 115 receive the image data that the unit 131 of taking pictures sends.
Step s702 by to the identification of picture edge, eliminates picture rotation difference.
Step s703 by to the identification of picture edge, eliminates picture offset difference.
Step s704 compares described picture and normal pictures, judges whether described picture is identical with normal pictures, if identical then represent that operating handset is normal; Otherwise the expression mobile phone breaks down.
When view data was video data, graphics processing unit 115 was with described video data compression and preserve playback after being provided with.
Before testing, test case generation unit 112 also needs to generate test case, and described test case comprises mechanical key control command sequence and/or normal pictures data.The flow process of the mechanical key control command sequence of generation test case may further comprise the steps as shown in Figure 8:
Step s801, test control device 11 sends mechanical key controlling command to mechanical key device 12.
Step s802, motion control unit 124 send positioning command according to the mechanical key control command to positioning unit 122, and described positioning command comprises that machinery refers to 121 two-dimensional position coordinate.
Step s803, positioning unit 122 refers to 121 according to the positioning command driving device, makes machinery refer to that 121 navigate to the determined position of described two-dimensional position coordinate.
Step s804, motion control unit 124 be according to the mechanical key control command, sends key commands to push-button unit 123, and described key commands comprises button duration and button free time.
Step s805, push-button unit 123 refers to 121 according to the key commands driving device, and the mobile phone key is pressed the described button duration, the button sky is had a rest described button free time then.
Step s806, the described mechanical key control command of test case generation unit 112 records;
Step s807 judges whether the cell-phone function of test case correspondence is finished, if then finish; Otherwise change step s801.
The flow process of the normal pictures data of generation test case may further comprise the steps as shown in Figure 9:
Step s901, IMAQ control unit 114 sends the IMAQ control command to the unit 131 of taking pictures.
Step s902, the unit 132 pairs of mobile phone screens of 131 control video cameras of taking pictures are taken pictures, and obtain the image data of mobile phone screen.
Step s903, the unit 131 of taking pictures sends to test case generation unit 112 with described image data.
Step s904, test case generation unit 112 is stored as the normal pictures data with described image data.
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 (24)
1, a kind of mobile phone automatized test macro is characterized in that, comprises that mechanical key device, image adopt
Acquisition means and test control device, wherein
Described mechanical key device is connected with described test control device, is used to receive mechanical key controlling command, and mobile phone is carried out smart key;
Described image collecting device is connected with described test control device, is used to receive the IMAQ control command, mobile phone screen is taken pictures or is made a video recording, and view data is sent to described test control device;
Described test control device is used for sending mechanical key controlling command to described mechanical key device, sends the IMAQ control command to described image collecting device, and the view data that receives is handled.
2, mobile phone automatized according to claim 1 test macro is characterized in that, described mechanical key device comprises that motion control unit, positioning unit, push-button unit and machinery refer to, wherein
Described motion control unit is used to receive mechanical key controlling command, sends positioning command to described positioning unit, sends key commands to described push-button unit;
Described positioning unit is used for controlling the location that described machinery refers to according to described positioning command;
Described push-button unit is used for controlling the button that described machinery refers to according to described key commands;
Described machinery refers to, is used for mobile phone is carried out button.
3, as mobile phone automatized test macro as described in the claim 2, it is characterized in that described positioning command comprises the two-dimensional position coordinate that described machinery refers to; Described key commands comprises button duration and button free time.
4, as mobile phone automatized test macro as described in each in the claim 1 to 3, it is characterized in that described mechanical key device also comprises:
The test case memory cell is used to store test case and sends mechanical key controlling command to described motion control unit;
The test case management unit comprises the use-case playlist, is used to control the broadcast of described test case.
5, mobile phone automatized according to claim 1 test macro is characterized in that, described image collecting device comprises:
Video camera is used for mobile phone screen is taken pictures or made a video recording;
The unit of taking pictures is used to receive the IMAQ control command, and the control video camera is taken pictures, and view data is sent to described test control device.
6, as mobile phone automatized test macro as described in claim 1 or 5, it is characterized in that described image collecting device also comprises image unit, be connected with described video camera, be used to receive the IMAQ control command, the control video camera is made a video recording, and view data is sent to described test control device.
7, mobile phone automatized according to claim 1 test macro is characterized in that, described test control device comprises:
The mechanical key control unit is used for sending mechanical key controlling command to described mechanical key device, controls described mechanical key device mobile phone is carried out smart key;
The IMAQ control unit is used for sending the IMAQ control command to described image collecting device, controls described image collecting device mobile phone screen is taken pictures or made a video recording;
Graphics processing unit is used for the view data that receives is handled.
8, as mobile phone automatized test macro as described in claim 1 or 7, it is characterized in that described test control device also comprises the test case generation unit, be used to generate test case.
9, as mobile phone automatized test macro as described in claim 1 or 7, it is characterized in that described test control device also comprises file management unit, be used for management of test cases and use-case playlist.
10, a kind of mobile phone automatized test method is characterized in that, may further comprise the steps:
Mobile phone is carried out smart key;
Obtain the view data of mobile phone screen;
Described view data is handled.
11, as mobile phone automatized test method as described in the claim 10, it is characterized in that, when described smart key is carried out under the single step calibration mode, may further comprise the steps:
Test control device sends mechanical key controlling command one by one to the mechanical key device;
The mechanical key device is carried out corresponding smart key operation one by one according to described mechanical key control command.
12, as mobile phone automatized test method as described in the claim 10, it is characterized in that, when described smart key is carried out under online execution pattern, may further comprise the steps:
Test control device sends mechanical key controlling command according to test case to the mechanical key device;
The mechanical key device is carried out corresponding smart key operation according to described mechanical key control command;
The mechanical key device is sent completely message to test control device.
13, as mobile phone automatized test method as described in the claim 10, it is characterized in that, when described smart key is carried out under the off line execution pattern, may further comprise the steps:
Obtain and store test case from test control device;
Play described test case according to playlist, and, carry out corresponding smart key operation according to the mechanical key control command in the described test case.
14, as mobile phone automatized test method as described in the claim 13, it is characterized in that described playlist comprises the numbering of test case, the playing sequence of test case and the broadcasting time of test case.
15, as mobile phone automatized test method as described in the claim 13, it is characterized in that described broadcast test case comprises: play current test case, stop to play test case, suspend the broadcast test case, play next test case, play a last test case and/or loop play test case.
16, as mobile phone automatized test method as described in the claim 10, it is characterized in that, when described smart key is carried out under document management mode, test control device to the test case of storing in the mechanical key device increase, modification or deletion action.
17, as mobile phone automatized test method as described in the claim 10, it is characterized in that when described smart key was carried out, test control device was edited the playlist of storing in the mechanical key device under document management mode.
As claim 10 to 17 mobile phone automatized test method as described in each, it is characterized in that 18, described smart key comprises the button that location that machinery refers to and machinery refer to.
19, as mobile phone automatized test method as described in the claim 10, it is characterized in that the described view data of obtaining mobile phone screen comprises following steps:
Test control device sends the IMAQ control command to image collecting device;
Described image collecting device is taken pictures or is made a video recording mobile phone screen, obtains the view data of mobile phone screen;
Described image collecting device sends to described test control device with described view data.
20, as mobile phone automatized test method as described in the claim 19, it is characterized in that when mobile phone screen was taken pictures, the view data that obtains was an image data; When mobile phone screen was made a video recording, the view data that obtains was a video data.
21, as mobile phone automatized test method as described in the claim 10, it is characterized in that described view data is handled is specially:
When view data is image data, described picture and normal pictures are compared, if described picture is identical with normal pictures, represent that then operating handset is normal; Otherwise the expression mobile phone breaks down;
When view data is video data, with described video data compression and preservation.
22, as mobile phone automatized test method as described in the claim 10, it is characterized in that, also comprised before testing: test control device generates test case, and described test case comprises mechanical key control command sequence and/or normal pictures data.
23, as mobile phone automatized test method as described in the claim 22, it is characterized in that described generation test case may further comprise the steps:
Test control device sends mechanical key controlling command to the mechanical key device;
The mechanical key device is carried out corresponding smart key operation according to described mechanical key control command;
Test control device writes down described mechanical key control command;
Judge whether the cell-phone function of test case correspondence is finished, if then finish; Otherwise repetition above-mentioned steps.
24, as mobile phone automatized test method as described in the claim 23, it is characterized in that described generation test case is further comprising the steps of:
Test control device sends the IMAQ control command to image collecting device;
Described image collecting device is taken pictures to mobile phone screen, obtains the image data of mobile phone screen;
Described image collecting device sends to described test control device with described image data;
Described test control device is stored as the normal pictures data with described image data.
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-
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- 2006-11-15 CN CNA200610138745XA patent/CN1976526A/en active Pending
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