CN108307021A - Mobile terminal parallel to follow test equipment, cloud prototype and method - Google Patents
Mobile terminal parallel to follow test equipment, cloud prototype and method Download PDFInfo
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- CN108307021A CN108307021A CN201810049727.7A CN201810049727A CN108307021A CN 108307021 A CN108307021 A CN 108307021A CN 201810049727 A CN201810049727 A CN 201810049727A CN 108307021 A CN108307021 A CN 108307021A
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- mobile terminal
- cloud prototype
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/24—Arrangements for testing
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q9/00—Arrangements in telecontrol or telemetry systems for selectively calling a substation from a main station, in which substation desired apparatus is selected for applying a control signal thereto or for obtaining measured values therefrom
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- Computer Networks & Wireless Communication (AREA)
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Abstract
The present invention provides a kind of mobile terminals parallel to follow test equipment, cloud prototype and method, wherein the equipment includes：Main cloud prototype and Duo Tai follow cloud prototype；Wherein：Main cloud prototype, the testing scheme for generating each mobile terminal show the screen interface for a mobile terminal to be measured for having accessed main cloud prototype according to testing scheme；It is each to follow cloud prototype, for showing the screen interface for having accessed a mobile terminal to be measured for following cloud prototype；Main cloud prototype is additionally operable to being converted to test operation instruction into the synchronism detection operational order at each mobile terminal screen interface to be measured；Each that cloud prototype is followed to be additionally operable to according to synchronism detection operational order, synchronous with main cloud prototype, operation has accessed the screen interface for the mobile terminal to be measured for following cloud prototype；Main cloud prototype is additionally operable to analyze operation data, obtains the test result of multiple mobile terminals.Above-mentioned technical proposal is realized carries out batch testing to different mobile terminal, improves the efficiency of mobile terminal test.
Description
Technical field
The present invention relates to mobile terminal test technical field, more particularly to a kind of mobile terminal is set parallel to follow test
Standby, cloud prototype and method.
Background technology
With popularizing for mobile terminal, more and more important is become to the test of mobile application.However, due to mobile phone brand,
Model etc. emerges one after another, and test needs the mobile terminal type covered to become more and more, is required for testing under many scenes
Personnel repeat on the mobile terminal of different model by hand, face that test job amount is big, labor intensive is more, execution efficiency is low
The problems such as lower：
Manual test efficiency is to be hoisted, such as：In manual test, tester can only operate a hand the same time
Plurality of mobile phones is held in machine or hand, but also can only serial operation.When a certain function is needed in different vendor, different type of machines, difference
When carrying out test or problem repetition under resolution ratio, the human cost of consuming is Multiple Superposition.
Therefore, existing to need tester by hand in the case of different mobile terminal retests, testing efficiency is low,
Heavy workload, human cost are high.
Invention content
An embodiment of the present invention provides a kind of mobile terminals parallel to follow test equipment, to different mobile terminal into
Row parallel batch is tested, and the testing efficiency of mobile terminal is improved, and reduces workload, reduces human cost, which includes：Main cloud
Prototype and Duo Tai follow cloud prototype；Wherein：
Main cloud prototype, the identification information for receiving each mobile terminal to be measured input by user, according to each shifting to be measured
The identification information of dynamic terminal, the relationship of pre-stored mobile terminal identification information and testing scheme, generate each mobile terminal
Testing scheme, the screen interface for a mobile terminal to be measured for having accessed main cloud prototype is shown according to testing scheme；
Each to follow cloud prototype, for the testing scheme according to the mobile terminal, display, which has accessed, follows cloud prototype
The screen interface of one mobile terminal to be measured；
Main cloud prototype is additionally operable to receive test operation instruction input by user, is instructed according to test operation, it is true to operate main cloud
The screen interface of the connected mobile terminal of machine；Test operation instruction is converted to the synchronization at each mobile terminal screen interface to be measured
Test operation instructs, and the synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud true
Machine；
Each that cloud prototype is followed to be additionally operable to according to the synchronism detection operational order, synchronous with main cloud prototype, operation has connect
Enter to follow the screen interface of the mobile terminal to be measured of cloud prototype；
Main cloud prototype is additionally operable to acquire the screen interface of main cloud prototype operation mobile terminal and each cloud prototype is followed to operate
The operation data at mobile terminal screen interface analyzes the operation data, obtains the test result of multiple mobile terminals.
The embodiment of the present invention additionally provides a kind of cloud prototype, to carry out parallel batch test to different mobile terminal, carries
The testing efficiency of high mobile terminal reduces workload, reduces human cost, which includes：
Selecting module, the identification information for receiving each mobile terminal to be measured input by user, according to each shifting to be measured
The identification information of dynamic terminal, the relationship of pre-stored mobile terminal identification information and testing scheme, generate each mobile terminal
Testing scheme；
Display control module shows for according to the testing scheme of the mobile terminal, controlling main cloud prototype and has accessed master
The screen interface of the mobile terminal of cloud prototype, and control is each follows cloud prototype to show to have accessed the mobile end for following cloud prototype
The screen interface at end；
Operation module instructs according to test operation for receiving test operation instruction input by user, operates main cloud prototype
The screen interface of connected mobile terminal；Test operation instruction is converted to the same pacing at each mobile terminal screen interface to be measured
Operational order is tried, the synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud true
Machine；
Analysis module operates the screen interface of mobile terminal and each the operation of cloud prototype is followed to move for acquiring main cloud prototype
The operation data at dynamic terminal screen interface, analyzes the operation data, obtains the test result of multiple mobile terminals.
The embodiment of the present invention additionally provides a kind of cloud prototype, to carry out parallel batch test to different mobile terminal, carries
The testing efficiency of high mobile terminal reduces workload, reduces human cost, which includes：
Display unit, for the testing scheme according to mobile terminal, display has accessed a shifting to be measured for following cloud prototype
The screen interface of dynamic terminal；
Operation module, it is same with main cloud prototype according to synchronism detection operational order for receiving synchronism detection operational order
Step, operation have accessed the screen interface for the mobile terminal to be measured for following cloud prototype.
An embodiment of the present invention provides a kind of mobile terminals parallel to follow test method, to different mobile terminal into
Row parallel batch is tested, and the testing efficiency of mobile terminal is improved, and reduces workload, reduces human cost, and this method includes：
Main cloud prototype receives the identification information of each mobile terminal to be measured input by user, according to each mobile terminal to be measured
Identification information, pre-stored mobile terminal identification information and testing scheme relationship, generate the test of each mobile terminal
Scheme shows the screen interface for a mobile terminal to be measured for having accessed main cloud prototype according to testing scheme；
Each testing scheme for following cloud prototype according to the mobile terminal, display, which has accessed, follows one of cloud prototype to wait for
Survey the screen interface of mobile terminal；
Main cloud prototype also receives test operation instruction input by user, is instructed according to test operation, operates main cloud prototype institute
Connect the screen interface of mobile terminal；Test operation instruction is converted to the synchronism detection at each mobile terminal screen interface to be measured
The synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud prototype by operational order；
It is each to follow cloud prototype also according to the synchronism detection operational order, it is synchronous with main cloud prototype, operation accessed with
With the screen interface of the mobile terminal to be measured of cloud prototype；
Main cloud prototype also acquires the screen interface of main cloud prototype operation mobile terminal and each follows the operation movement of cloud prototype
The operation data at terminal screen interface analyzes the operation data, obtains the test result of multiple mobile terminals.
The embodiment of the present invention additionally provides a kind of computer equipment, including memory, processor and storage are on a memory
And the computer program that can be run on a processor, processor execute computer program when realize above-mentioned mobile terminal it is parallel with
With test method.
The embodiment of the present invention additionally provides a kind of computer readable storage medium, and computer-readable recording medium storage is held
The computer program parallel to follow test method of the above-mentioned mobile terminal of row.
Mobile terminal provided in an embodiment of the present invention parallel to follow test equipment：
First, testing scheme is generated, according to testing scheme, realizes screen circle of more cloud prototype display access mobile terminals
Face：Main cloud prototype receives the identification information of each mobile terminal to be measured input by user, according to the mark of each mobile terminal to be measured
Know information, the relationship of pre-stored mobile terminal identification information and testing scheme, generates the testing scheme of each mobile terminal；
The screen interface for a mobile terminal to be measured for having accessed main cloud prototype is shown according to testing scheme；It is each follow cloud prototype according to
The testing scheme of the mobile terminal, display have accessed the screen interface for a mobile terminal to be measured for following cloud prototype.
Secondly, the simultaneously operating effect that machine operation, multimachine follow is realized：Main cloud prototype also receives test input by user
Operational order is instructed according to test operation, operates the screen interface of main the connected mobile terminal of cloud prototype；Test operation is instructed
The synchronism detection operational order for being converted to each mobile terminal screen interface to be measured, by each mobile terminal screen interface to be measured
Synchronism detection operational order, which is sent to, corresponding follows cloud prototype；It is each to follow cloud prototype also according to synchronism detection operational order,
Synchronous with main cloud prototype, operation has accessed the screen interface for the mobile terminal to be measured for following cloud prototype.
Finally, acquisition operations data obtain the concurrent testing result of multiple mobile terminals：It is true that main cloud prototype also acquires main cloud
The screen interface of machine operation mobile terminal and each operation data for following cloud prototype operation mobile terminal screen interface, to described
Operation data is analyzed, and the test result of multiple mobile terminals is obtained.
Parallel batch test is carried out to different mobile terminal through the above technical solutions, realizing, improves mobile terminal
Testing efficiency, reduce workload, reduce human cost.
Description of the drawings
Attached drawing described herein is used to provide further understanding of the present invention, and is constituted part of this application, not
Constitute limitation of the invention.In the accompanying drawings：
Fig. 1 is the structural schematic diagram parallel to follow test equipment of mobile terminal in the embodiment of the present invention；
Fig. 2 is the structural schematic diagram of main cloud prototype in the embodiment of the present invention；
Fig. 3 is the structural schematic diagram of selecting module in the embodiment of the present invention；
Fig. 4 is the structural schematic diagram of display control module in the embodiment of the present invention；
Fig. 5 is the structural schematic diagram of operation module in the embodiment of the present invention；
Fig. 6 is the structural schematic diagram of analysis module in the embodiment of the present invention；
Fig. 7 is the structural schematic diagram that cloud prototype is followed in the embodiment of the present invention；
Fig. 8 is the flow diagram parallel to follow test method of mobile terminal in the embodiment of the present invention；
Fig. 9 is the flow diagram parallel to follow test method of mobile terminal in another embodiment of the present invention.
Specific implementation mode
To make the objectives, technical solutions, and advantages of the present invention clearer, right with reference to embodiment and attached drawing
The present invention is described in further details.Here, the exemplary embodiment and its explanation of the present invention be for explaining the present invention, but simultaneously
It is not as a limitation of the invention.
Since inventor is found that technical problem of the existing technology, it is proposed that a kind of mobile terminal parallel to follow survey
The scheme of examination, the program make tester pass through operation one mobile phone page, operation can be refracted in real time different brands, model,
Resolution ratio, operating system type on, carry out following test automatically, while controlling more mobile phone pages and realizing same operations, i.e.,
It synchronizes all touches, slide, realizes the effect that machine operation, multimachine follow, tester can once while control
The page of multiple mobile phones, and mobile phone quantity can be configured freely, significant increase efficiency, and by the comparison of the same page, effectively
Ground improves the probability for the problems such as finding Pages Design, improves the ease for use of product, promotes user experience.The program is suitable for surveying
Simulation of the examination personnel to the parallel batch operation scenario of mobile terminal.Wherein, described parallel to follow test, refer to tester
By operating a mobile phone page, while controlling the test method that the more mobile phone pages realize same operation.Below to the movement
Equipment is described in detail as follows parallel to follow the scheme of test.
Fig. 1 is the structural schematic diagram parallel to follow test equipment of mobile terminal in the embodiment of the present invention, as shown in Figure 1,
The equipment includes：Main cloud prototype 1 and Duo Tai follow cloud prototype 2；Wherein：
Main cloud prototype 1, the identification information for receiving each mobile terminal 3 to be measured input by user, according to each to be measured
The relationship of the identification information of mobile terminal, pre-stored mobile terminal identification information and testing scheme generates each mobile whole
The testing scheme at end shows the screen interface for a mobile terminal to be measured for having accessed main cloud prototype according to testing scheme；
Each to follow cloud prototype 2, for the testing scheme according to the mobile terminal, display, which has accessed, follows cloud prototype
The screen interface of one mobile terminal to be measured；
Main cloud prototype 1 is additionally operable to receive test operation instruction input by user, is instructed according to test operation, it is true to operate main cloud
The screen interface of the connected mobile terminal of machine；Test operation instruction is converted to the synchronization at each mobile terminal screen interface to be measured
Test operation instructs, and the synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud true
Machine；
Each that cloud prototype 2 is followed to be additionally operable to according to the synchronism detection operational order, synchronous with main cloud prototype, operation has connect
Enter to follow the screen interface of the mobile terminal to be measured of cloud prototype；
Main cloud prototype 1 is additionally operable to acquire the screen interface of main cloud prototype operation mobile terminal and each cloud prototype is followed to operate
The operation data at mobile terminal screen interface analyzes the operation data, obtains the test knot of multiple mobile terminals 3
Fruit.
When working parallel to follow test equipment of mobile terminal provided in an embodiment of the present invention：
First, testing scheme is generated, according to testing scheme, realizes screen circle of more cloud prototype display access mobile terminals
Face：Main cloud prototype receives the identification information of each mobile terminal to be measured input by user, according to the mark of each mobile terminal to be measured
Know information, the relationship of pre-stored mobile terminal identification information and testing scheme, generates the testing scheme of each mobile terminal；
The screen interface for a mobile terminal to be measured for having accessed main cloud prototype is shown according to testing scheme；It is each follow cloud prototype according to
The testing scheme of the mobile terminal, display have accessed the screen interface for a mobile terminal to be measured for following cloud prototype.
Secondly, the simultaneously operating effect that machine operation, multimachine follow is realized：Main cloud prototype also receives test input by user
Operational order is instructed according to test operation, operates the screen interface of main the connected mobile terminal of cloud prototype；Test operation is instructed
The synchronism detection operational order for being converted to each mobile terminal screen interface to be measured, by each mobile terminal screen interface to be measured
Synchronism detection operational order, which is sent to, corresponding follows cloud prototype；It is each to follow cloud prototype also according to synchronism detection operational order,
Synchronous with main cloud prototype, operation has accessed the screen interface for the mobile terminal to be measured for following cloud prototype.
Finally, acquisition operations data obtain the concurrent testing result of multiple mobile terminals：It is true that main cloud prototype also acquires main cloud
The screen interface of machine operation mobile terminal and each operation data for following cloud prototype operation mobile terminal screen interface, to described
Operation data is analyzed, and the test result of multiple mobile terminals is obtained.
Parallel batch test is carried out to different mobile terminal through the above technical solutions, realizing, improves mobile terminal
Testing efficiency, reduce workload, reduce human cost.
When it is implemented, the identification information for surveying mobile terminal may include：The brand of mobile terminal, model, resolution ratio, behaviour
Make system etc..
When it is implemented, mobile terminal identification information and the relationship of testing scheme can be tables as shown in table 1 below：
Table 1
When it is implemented, the specific generation method of testing scheme and the introduction of table 1 refer to it is following about cloud prototype
It is discussed in detail.
Inventor also found it is existing need tester by hand repeated in different model, face heavy workload, consumption
Take the problems such as manpower is more, execution efficiency is low, is also embodied in：
UI (User Interface user interfaces) testing efficiency is to be hoisted.With the development of mobile interchange, UI tests pair
It is more and more important to promote user experience.For mobile application, it is thus necessary to determine that the correctness and ease for use of UI designs.Conventional method
It is single by tester, verifies one by one, inefficiency.Current existing automated testing method is also difficult to measure design
And the problem of art designing, individual basic pages may determine that, but premise be also have to just be ready in advance before testing it is each
The true value of the page, takes time and effort very much.And these are then very simple for human eye, are aware of at a glance.But it utilizes
Human eye if doing, once sees that a page is very slow, of high cost, execution efficiency is low.The technical issues of in view of this aspect,
The following technical solutions are proposed by inventor：
In one embodiment, the test operation, which instructs, includes：Shot operation instructs；The synchronism detection operational order
Including：Synchronous shot operation instruction；
Main cloud prototype is specifically used for receiving shot operation instruction input by user, is instructed according to shot operation, true to main cloud
The screen interface of the connected mobile terminal of machine carries out shot operation；Shot operation instruction is converted into each mobile terminal screen to be measured
The instruction of the synchronization shot operation at each mobile terminal screen interface to be measured is sent to pair by the synchronization shot operation instruction at curtain interface
That answers follows cloud prototype；
It is each that cloud prototype is followed to be specifically used for being instructed according to the synchronous shot operation, it is synchronous with main cloud prototype, to having connect
Enter to follow the screen interface of the mobile terminal to be measured of cloud prototype to carry out shot operation；
Main cloud prototype is additionally operable to acquire the screen interface of main cloud prototype operation mobile terminal and each cloud prototype is followed to operate
The sectional drawing at mobile terminal screen interface carries out full figure comparative analysis to multiple sectional drawings, and the UI designs for obtaining multiple mobile terminals are surveyed
Test result.
When it is implemented, realizing visual UI compatibility tests by the technical solution of the embodiment.The present invention is real
The mobile phone of various brands, version model and different resolution can be compatible with by applying the technical solution of example offer, while test a movement
It applies UI on different model mobile phone to show situation, such as is laid out whether entanglement, each mobile phone compare the response speed of the page
Deng can effectively promote user to the experience sense during mobile application use by improving the testing efficiency of page UI design.
Detailed test plan being discussed in detail about cloud prototype as described below of specific UI.
In addition, inventor also found it is existing need tester by hand repeated in different model, face workload
Greatly, the problems such as labor intensive is more, execution efficiency is low, are also embodied in：
During manual test, it is difficult to analyze key messages such as performance, the daily records of more mobile phones, to find not
Same brand, model, resolution ratio mobile phone in the running difference of mobile application.The technical issues of in view of this aspect, inventor
The following technical solutions are proposed：
In one embodiment, the main cloud prototype is additionally operable to be compared the test result of multiple mobile terminals point
Analysis, obtains the different information in multiple and different type of mobile terminal operational process.
When it is implemented, realizing the crucial letter such as the performance to more mobile phones, daily record by the technical solution of the embodiment
Breath analyzed, to find different brands, model, resolution ratio mobile phone in the running difference of mobile application, that is, pass through phase
With the page of mobile application, performance, daily record analysis, can effectively improve and find that Pages Design, system response, system compatibility asks
The probability of topic improves the ease for use of product, promotes user experience.The detailed protocol of concrete analysis is as described below about cloud prototype
It is discussed in detail.
Below in the embodiment of the present invention mobile terminal parallel to follow in test equipment main cloud prototype and follow cloud true
Machine describes in detail.
First, main cloud prototype is introduced.
Based on same inventive concept, a kind of cloud prototype, such as the following examples are additionally provided in the embodiment of the present invention.Due to
The principle that cloud prototype solves the problems, such as is similar parallel to follow test equipment to mobile terminal, therefore the implementation of cloud prototype may refer to
The implementation parallel to follow test equipment of mobile terminal, overlaps will not be repeated.It is used below, term " unit " or
The combination of the software and/or hardware of predetermined function may be implemented in " module ".Although device is preferably described in following embodiment
It is realized with software, but the realization of the combination of hardware or software and hardware is also that may and be contemplated.
Fig. 2 is the structural schematic diagram of main cloud prototype in the embodiment of the present invention, as shown in Fig. 2, the main cloud prototype may include：
Selecting module 11, the identification information for receiving each mobile terminal to be measured input by user, according to each to be measured
The relationship of the identification information of mobile terminal, pre-stored mobile terminal identification information and testing scheme generates each mobile whole
The testing scheme at end；
Display control module 12 shows for according to the testing scheme of the mobile terminal, controlling main cloud prototype and has accessed
The screen interface of the mobile terminal of main cloud prototype, and control each follow cloud prototype to show the movement for having accessed and having followed cloud prototype
The screen interface of terminal；
Operation module 13 instructs according to test operation for receiving test operation instruction input by user, it is true to operate main cloud
The screen interface of the connected mobile terminal of machine；Test operation instruction is converted to the synchronization at each mobile terminal screen interface to be measured
Test operation instructs, and the synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud true
Machine；
Analysis module 14 operates the screen interface of mobile terminal and each cloud prototype is followed to operate for acquiring main cloud prototype
The operation data at mobile terminal screen interface analyzes the operation data, obtains the test result of multiple mobile terminals.
Main cloud prototype is driven by selecting module in the embodiment of the present invention, is moved by display control module, operation module control
Dynamic terminal passes through the collection analysis that analysis module carries out test data parallel to follow progress functional test, realizes machine behaviour
Make, the simultaneously operating effect that multimachine follows, obtains the concurrent testing of multiple mobile terminals as a result, improving the test of mobile terminal
Efficiency.
In one embodiment, as shown in figure 3, above-mentioned selecting module 11 may include：
Receiving unit 111, the identification information for receiving each mobile terminal to be measured input by user；
Storage unit 112 is used for the relationship of memory mobile terminal identification information and testing scheme；
Generation unit 113, for the identification information according to each mobile terminal to be measured, pre-stored mobile terminal identification
The relationship of information and testing scheme generates the testing scheme of each mobile terminal.
When it is implemented, selecting module 11 is used to receive the information (identification information) that testing scheme needed for user inputs, packet
It includes but is not limited to：Brand, model, resolution ratio, operating system, according to user's input information (identification information of mobile terminal to be measured)
With the matching of mobile terminal device parameter information, it is supplied to a variety of testing scheme selection set meals of user, the mobile terminal device
Parameter information includes but not limited to that brand, model, resolution ratio, the operating system of predefined mobile terminal device are (pre-stored
The relationship of mobile terminal identification information and testing scheme), a variety of testing scheme selection set meals, which may include that covering, to be differentiated
Rate scheme, the more Android versioning schemes of covering, unrestricted choice scheme etc..
When it is implemented, as shown in figure 3, selecting module 11 may include：Receiving unit 111, storage unit 112 and generation
Unit 113, wherein：
Receiving unit 111：For selecting mobile terminal, and information (identification information) will be received and be sent to storage unit.
Storage unit 112：It (is hereinafter referred to as moved for recording the current bivariate table for having accessed mobile terminal device information
Dynamic terminal device parameter list, referring to upper table 1), mobile terminal device parameter list records the mobile terminal device information accessed, just
The parameter of the beginningization mobile terminal, while current parameter being provided to generation unit, for generating protocol information.The table
Structure can be as listed in Table 1, and the information of every record may include：
SN：Mobile terminal sequence number；BRAND：Mobile terminal brand；MODEL：Mobile terminal model；OPERATE：It is mobile
Terminal operating system；VERSION：Mobile terminal operating system version；CPU：Mobile terminal CPU models；MEM：In mobile terminal
Deposit size (K)；DPI：Mobile terminal resolution ratio (format：480x854).
Generation unit 113：For according to the brand in the mobile terminal device parameter list accessed, model, resolution ratio, behaviour
Make the information such as system, cloud prototype testing scheme interface is generated in a manner of string-concatenation, interface format can be " http://IP
Serial=SN＆Realsize=DPI＆Memtotal=MEM ".Testing scheme may include the testing scheme interface.
In one embodiment, as shown in figure 4, above-mentioned display control module 12 may include：
Testing scheme receiving unit 121, the testing scheme for receiving the mobile terminal, solves testing scheme
Analysis obtains parsing testing scheme；
Control unit 122 controls main cloud prototype and shows and accessed main cloud prototype for according to the parsing testing scheme
The screen interface of mobile terminal, and control each follow cloud prototype to show the screen for having accessed the mobile terminal for following cloud prototype
Interface.
When it is implemented, display control module 12, the cloud prototype testing scheme for receiving the generation of selecting module 11, according to
The information such as different brands, model, resolution ratio, the operating system of mobile terminal device, by the screen of every mobile terminal device point
It is not shown on its corresponding cloud prototype interface.Wherein, the cloud prototype refers to that remotely can in real time be grasped by browser interface
The mobile prototype equipment of control.
When it is implemented, as shown in figure 4, display control module 12 may include testing scheme receiving unit 121 and control
Unit 122, wherein：
Testing scheme receiving unit 121 is the interface of selecting module 11 and display control module 12, next free for receiving
The cloud prototype testing scheme interface message of module 11 is selected, and testing scheme interface is parsed, analysis mode is by " ＆ " character
Interface is split, to obtain brand, model, resolution ratio, the operation system information of mobile terminal device.
Control unit 122, the information for being parsed according to testing scheme receiving unit 121, by the screen of mobile terminal device
Curtain is shown on cloud prototype interface, so that user carries out various analogue mobile phone operations on the surface, mobile device cloud prototype
Control unit 122 loads maximum in systems.
In one embodiment, as shown in figure 5, aforesaid operations module 13 may include：Cloud prototype follows operating unit 131
With cloud prototype shot operation unit 132, wherein：
Cloud prototype follows operating unit 131, for user to be operated real-time display more to the parallel batch of mobile device
A different brands, model, resolution ratio, operating system type cloud prototype interface on (such as：Receive test operation input by user
Instruction, instructs according to test operation, operates the screen interface of main the connected mobile terminal of cloud prototype；Test operation is instructed and is converted
For the synchronism detection operational order at each mobile terminal screen interface to be measured, by the synchronization at each mobile terminal screen interface to be measured
Test operation instruction, which is sent to, corresponding follows cloud prototype).
It being followed when it is implemented, part can be chosen, part freely operates, such as：5 cloud prototypes are shown on interface,
In 1 be main cloud prototype, wherein 2 can only be chosen and followed automatically to the operation of main cloud prototype by being left 4 cloud prototypes, be grasped
Work may include：Synchronize it is all touch, sliding, the input of computor-keyboard word, mobile phone input word, word are sent to mobile phone shearing
The operations such as plate, acquisition mobile phone shear plate, the effect that the operation of one machine of realization, multimachine follow, and the other 2 cloud prototypes not being checked
It can freely be operated independently of main cloud prototype, improve the flexibility of test.
When it is implemented, cloud prototype follows the realization of operation to include automatically：By obtaining main cloud prototype and following cloud prototype
Screen resolution, coordinate when cloud prototype that user's operation is main converts according to screen resolution, transformed coordinate hair
It gives and follows cloud prototype.Formula of Coordinate System Transformation is：
The resolution width * of operation abscissa/main cloud prototype of abscissa=main cloud prototype of mobile phone is followed to follow cloud true
The resolution width of machine；
The resolution height * of operation ordinate/main cloud prototype of ordinate=main cloud prototype of mobile phone is followed to follow cloud true
The resolution height of machine；
Cloud prototype shot operation unit 132 is responsible for carrying out sectional drawing to the content of cloud prototype interface operation screen at any time, simultaneously
Picture can be preserved.
In one embodiment, as shown in figure 5, aforesaid operations module 13 can also include：
Cloud prototype shot operation unit 132, for being instructed according to shot operation, to main the connected mobile terminal of cloud prototype
Screen interface carries out shot operation；
It is each that cloud prototype is followed to be specifically used for basis while cloud prototype shot operation unit 132 carries out shot operation
Synchronous shot operation instruction, it is synchronous with main cloud prototype, to accessed the screen interface of the mobile terminal to be measured for following cloud prototype into
Row shot operation；
As shown in fig. 6, above-mentioned analysis module includes：Sectional drawing comparative analysis unit 143 follows cutting for cloud prototype for receiving
Figure；Acquire the screen interface of main cloud prototype operation mobile terminal and each section for following cloud prototype operation mobile terminal screen interface
Figure carries out full figure comparative analysis to multiple sectional drawings, obtains the UI design test results of multiple mobile terminals.
When it is implemented, sectional drawing comparative analysis unit 143, is specifically used for n platforms cloud prototype shot operation in operation module
The picture of unit interception carries out full figure comparative analysis, and control methods can be directly to carry out the rgb value comparison of picture pixels, RGB
It is a kind of color of image standard, red (R), green (G), blue (B) represent the color in three channels, any one color on screen is all
It can be recorded and be expressed by one group of rgb value.
In one embodiment, as shown in fig. 6, above-mentioned analysis module 14 may include：
Performance monitoring analytic unit 141, for docking the property for becoming owner of cloud prototype and the mobile terminal to be measured for following cloud prototype
Energy achievement data is acquired analysis, obtains the performance test results of mobile terminal to be measured；
Log unit 142, for main cloud prototype operate mobile terminal screen interface and it is each follow cloud prototype operate
The operation log information at mobile terminal screen interface is acquired preservation.
When it is implemented, analysis module 14 is received follows operating unit 131 and cloud prototype shot operation list from cloud prototype
The operation information data of 132 generation of member simultaneously carry out analyzing processing to data, as shown in fig. 6, analysis module 14 may include performance
Monitoring analysis unit 141, daily record storage unit 142 and sectional drawing comparative analysis unit 143 (above-described embodiment was introduced), wherein：
Performance monitoring analytic unit 141, for the power consumption of n platforms cloud prototype, reception data traffic, hair in operation module
The performance indicators data such as data traffic, CPU usage and memory usage are sent to be acquired, by by collected data ratio
Logarithm size calculates the maximum value of indices, minimum value, is averaging after being added up by the numerical value to gathered data
Number calculates the average value of indices, and stores data into table for customer analysis.
Log unit 142, for being believed by capturing the daily record that n platform cloud prototypes generate in operation in operation module
Breath, including：Tri- level logs of ERROR, WARN, INFO carry out keyword screening in all log informations, will match to and include
The log lines of ERROR printed words are saved in text file, and often row daily record saves as a line in text file, and being convenient for subsequently can be right
The daily record key message of the preservation of more mobile phones is analyzed, to find different brands, model, resolution ratio mobile phone in movement
Difference in application operation.
In one embodiment, the analysis module 14 can be also used for comparing the test result of multiple mobile terminals
Compared with analysis, the different information in multiple and different type of mobile terminal operational process is obtained.
When it is implemented, by analysis module 14 realize the page of identical mobile application, performance, daily record analysis, can have
Effect improves the probability for finding Pages Design, system response, system compatible sex chromosome mosaicism, improves the ease for use of product, promotes user's body
It tests.
Secondly it introduces and follows cloud prototype.
Based on same inventive concept, a kind of cloud prototype, such as the following examples are additionally provided in the embodiment of the present invention.Due to
The principle that cloud prototype solves the problems, such as is similar parallel to follow test equipment to mobile terminal, therefore the implementation of cloud prototype may refer to
The implementation parallel to follow test equipment of mobile terminal, overlaps will not be repeated.It is used below, term " unit " or
The combination of the software and/or hardware of predetermined function may be implemented in " module ".Although device is preferably described in following embodiment
It is realized with software, but the realization of the combination of hardware or software and hardware is also that may and be contemplated.
Fig. 7 is the structural schematic diagram that cloud prototype is followed in the embodiment of the present invention, as shown in fig. 7, this follows cloud prototype 2 can be with
Including：
Display module 21, for according to the testing scheme of mobile terminal, display accessed follow one of cloud prototype it is to be measured
The screen interface of mobile terminal；
Operation module 22 is followed, it is true with main cloud according to synchronism detection operational order for receiving synchronism detection operational order
Machine synchronizes, and operation has accessed the screen interface for the mobile terminal to be measured for following cloud prototype.
Based on same inventive concept, additionally provided in the embodiment of the present invention a kind of mobile terminal parallel to follow test side
Method, such as the following examples.Due to mobile terminal the principle solved the problems, such as parallel to follow test method and mobile terminal and
Row follows test equipment similar, therefore the implementation parallel to follow test method of mobile terminal may refer to the parallel of mobile terminal
The implementation of test equipment is followed, overlaps will not be repeated.Used below, term " unit " or " module " may be implemented
The combination of the software and/or hardware of predetermined function.Although device described in following embodiment is preferably realized with software,
The realization for being the combination of hardware or software and hardware is also that may and be contemplated.
Fig. 8 is the flow diagram parallel to follow test method of mobile terminal in the embodiment of the present invention, as shown in figure 8,
This method comprises the following steps：
Step 401：Main cloud prototype receives the identification information of each mobile terminal to be measured input by user, according to each to be measured
The relationship of the identification information of mobile terminal, pre-stored mobile terminal identification information and testing scheme generates each mobile whole
The testing scheme at end shows the screen interface for a mobile terminal to be measured for having accessed main cloud prototype according to testing scheme；
Step 402：Each testing scheme for following cloud prototype according to the mobile terminal, display, which has accessed, follows cloud prototype
A mobile terminal to be measured screen interface；
Step 403：Main cloud prototype also receives test operation instruction input by user, is instructed according to test operation, operation master
The screen interface of the connected mobile terminal of cloud prototype；Test operation instruction is converted into each mobile terminal screen interface to be measured
The synchronism detection operational order at each mobile terminal screen interface to be measured is sent to corresponding follow by synchronism detection operational order
Cloud prototype；
Step 404：It is each to follow cloud prototype also according to the synchronism detection operational order, operation synchronous with main cloud prototype
The screen interface for the mobile terminal to be measured for following cloud prototype is accessed；
Step 405：Main cloud prototype also acquires the screen interface of main cloud prototype operation mobile terminal and each follows cloud prototype
The operation data for operating mobile terminal screen interface, analyzes the operation data, obtains the test of multiple mobile terminals
As a result.
In one embodiment, the test operation, which instructs, may include：Shot operation instructs；The synchronism detection operation
Instruction includes：Synchronous shot operation instruction；
The mobile terminal can specifically include parallel to follow test method：
Main cloud prototype receives shot operation instruction input by user, is instructed according to shot operation, is connected to main cloud prototype
The screen interface of mobile terminal carries out shot operation；Shot operation instruction is converted into each mobile terminal screen interface to be measured
The synchronization shot operation instruction at each mobile terminal screen interface to be measured is sent to corresponding follow by synchronous shot operation instruction
Cloud prototype；
It is each that cloud prototype is followed to be instructed according to the synchronous shot operation, it is synchronous with main cloud prototype, follow cloud to having accessed
The screen interface of the mobile terminal to be measured of prototype carries out shot operation；
Main cloud prototype also acquires the screen interface of main cloud prototype operation mobile terminal and each follows the operation movement of cloud prototype
The sectional drawing at terminal screen interface carries out full figure comparative analysis to multiple sectional drawings, obtains the UI design test knots of multiple mobile terminals
Fruit.
In one embodiment, above-mentioned mobile terminal can also include parallel to follow test method：Main cloud prototype is to more
The test result of a mobile terminal is compared analysis, obtains the difference letter in multiple and different type of mobile terminal operational process
Breath.
Fig. 9 is the flow diagram parallel to follow test method of mobile terminal in another embodiment of the present invention, is tied below
It closes Fig. 9 to describe to mobile terminal in the embodiment of the present invention in detail parallel to follow test method, in order to understanding the present invention
How to implement, this method may include steps of：
Step 501：The receiving unit 111 of selecting module 11 receives protocol information input by user, is sent to storage
Unit 112, the initialization of storage unit 112 has accessed mobile terminal parameter, and provides parameter current to generation unit 113, then
Generation unit 113 is according to brand, model, resolution ratio, the operating system recorded in mobile terminal device parameter storage unit, with word
Symbol string connecting method generates cloud prototype testing scheme interface, and interface format can be " http://IPSerial=SN＆
Realsize=DPI＆Memtotal=MEM ".
Step 502：The testing scheme receiving unit 121 of display control module 12 receives the cloud prototype that selecting module 11 exports
Testing scheme interface message, and testing scheme interface is parsed, analysis mode is split to interface by " " character,
The information such as brand, model, resolution ratio, the operating system of mobile terminal device are obtained, control unit 122 is according to cloud prototype test side
The screen of mobile terminal device is loaded on cloud prototype test interface by the information parsed in case interface.
Step 503：The cloud prototype of operation module 13 follows operating unit 131 to receive user's operation action message (operand
According to), user is operated into real-time display to multiple and different brands, model, resolution ratio, operating system to the Parallel Simulation of mobile device
On the cloud prototype test interface of type, the content of cloud prototype interface operation screen is carried out by cloud prototype shot operation unit 132
Sectional drawing simultaneously preserves picture.
Step 504：Properties of the performance monitoring analytic unit 141 of analysis module to n platforms cloud prototype in operation module
Achievement data is acquired, including power consumption, reception data traffic, transmission data flow, CPU usage and memory use
Rate, calculates the maximum value, minimum value and average value of indices data, and stores data into table, log unit 142
The log information that n platform cloud prototypes generate in operation in capture operation module, and be saved in text file, by sectional drawing ratio
Full figure comparative analysis is carried out to the picture that n platforms cloud prototype shot operation unit in operation module intercepts compared with analytic unit 143, it is described
Log information may include：Tri- level logs of ERROR, WARN, INFO, often row daily record saves as a line in text file, described right
Can be directly to carry out the rgb value comparison of picture pixels than analysis method, RGB is a kind of color of image standard, red (R), green
(G), blue (B) represents the color in three channels, any one color on screen can be recorded by one group of rgb value and table
It reaches.
The embodiment of the present invention additionally provides a kind of computer equipment, including memory, processor and storage are on a memory
And the computer program that can be run on a processor, processor execute computer program when realize above-mentioned mobile terminal it is parallel with
With test method.
The embodiment of the present invention additionally provides a kind of computer readable storage medium, and computer-readable recording medium storage is held
The computer program parallel to follow test method of the above-mentioned mobile terminal of row.
The advantageous effects of technical solution that the present invention implements to provide are：
1, tester can control the page of multiple mobile terminal devices simultaneously, and show mobile terminal (such as：Hand
Machine) quantity can configure freely, and it can be simultaneously in different brands, model, resolution ratio, operating system, installation different clients
It is tested on mobile phone, has both reduced the workload repeated, also saved human resources, improved testing efficiency.
2, visual UI compatibility tests.This system can be compatible with the hand of various brands, version model and different resolution
Machine, while testing UI of a mobile application on different model mobile terminal (mobile phone) and showing situation, such as whether wrong be laid out
Disorderly, response speed comparison etc. of each mobile phone to the page, can effectively promote user to the experience sense during mobile application use
By.
3, by the page of identical mobile application, performance, daily record analysis, can effectively improve find Pages Design, system
It responds, the probability of system compatible sex chromosome mosaicism, improves the ease for use of product, promote user experience.
Obviously, those skilled in the art should be understood that each module of the above-mentioned embodiment of the present invention or each step can be with
It is realized with general computing device, they can be concentrated on a single computing device, or be distributed in multiple computing devices
On the network formed, optionally, they can be realized with the program code that computing device can perform, it is thus possible to by it
Store and be performed by computing device in the storage device, and in some cases, can be to be held different from sequence herein
The shown or described step of row, either they are fabricated to each integrated circuit modules or will be multiple in them
Module or step are fabricated to single integrated circuit module to realize.In this way, the embodiment of the present invention be not limited to it is any specific hard
Part and software combine.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the embodiment of the present invention can have various modifications and variations.All within the spirits and principles of the present invention, made by
Any modification, equivalent substitution, improvement and etc. should all be included in the protection scope of the present invention.
Claims (15)
1. a kind of mobile terminal parallel to follow test equipment, which is characterized in that including：Main cloud prototype and Duo Tai follow cloud true
Machine；Wherein：
Main cloud prototype, the identification information for receiving each mobile terminal to be measured input by user, according to each to be measured mobile whole
The relationship of the identification information at end, pre-stored mobile terminal identification information and testing scheme, generates the survey of each mobile terminal
Examination scheme shows the screen interface for a mobile terminal to be measured for having accessed main cloud prototype according to testing scheme；
It is each to follow cloud prototype, for the testing scheme according to the mobile terminal, shows and accessed one that follows cloud prototype
The screen interface of mobile terminal to be measured；
Main cloud prototype is additionally operable to receive test operation instruction input by user, is instructed according to test operation, operates main cloud prototype institute
Connect the screen interface of mobile terminal；Test operation instruction is converted to the synchronism detection at each mobile terminal screen interface to be measured
The synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud prototype by operational order；
It is each that cloud prototype is followed to be additionally operable to according to the synchronism detection operational order, it is synchronous with main cloud prototype, operation accessed with
With the screen interface of the mobile terminal to be measured of cloud prototype；
Main cloud prototype is additionally operable to acquire the screen interface of main cloud prototype operation mobile terminal and each follows the operation movement of cloud prototype
The operation data at terminal screen interface analyzes the operation data, obtains the test result of multiple mobile terminals.
2. mobile terminal as described in claim 1 parallel to follow test equipment, which is characterized in that test operation instruction
Including：Shot operation instructs；The synchronism detection operational order includes：Synchronous shot operation instruction；
Main cloud prototype is specifically used for receiving shot operation instruction input by user, is instructed according to shot operation, to main cloud prototype institute
The screen interface for connecting mobile terminal carries out shot operation；Shot operation instruction is converted into each mobile terminal screen circle to be measured
The synchronization shot operation in face instructs, and the synchronization shot operation instruction at each mobile terminal screen interface to be measured is sent to corresponding
Follow cloud prototype；
It is each that cloud prototype is followed to be specifically used for being instructed according to the synchronous shot operation, it is synchronous with main cloud prototype, to accessed with
Shot operation is carried out with the screen interface of the mobile terminal to be measured of cloud prototype；
Main cloud prototype is additionally operable to acquire the screen interface of main cloud prototype operation mobile terminal and each follows the operation movement of cloud prototype
The sectional drawing at terminal screen interface carries out full figure comparative analysis to multiple sectional drawings, obtains the UI design test knots of multiple mobile terminals
Fruit.
3. mobile terminal as described in claim 1 parallel to follow test equipment, which is characterized in that the main cloud prototype is also used
It is compared analysis in the test result to multiple mobile terminals, obtains the difference in multiple and different type of mobile terminal operational process
Different information.
4. a kind of cloud prototype, which is characterized in that including：
Selecting module, the identification information for receiving each mobile terminal to be measured input by user, according to each to be measured mobile whole
The relationship of the identification information at end, pre-stored mobile terminal identification information and testing scheme, generates the survey of each mobile terminal
Examination scheme；
Display control module shows that have accessed main cloud true for according to the testing scheme of the mobile terminal, controlling main cloud prototype
The screen interface of the mobile terminal of machine, and control is each follows cloud prototype to show to have accessed the mobile terminal for following cloud prototype
Screen interface；
Operation module instructs according to test operation for receiving test operation instruction input by user, operates main cloud prototype and connect
Connect the screen interface of mobile terminal；Test operation instruction is converted to the synchronism detection behaviour at each mobile terminal screen interface to be measured
It instructs, the synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud prototype；
Analysis module operates the screen interface of mobile terminal and each follows the operation of cloud prototype mobile eventually for acquiring main cloud prototype
The operation data for holding screen interface, analyzes the operation data, obtains the test result of multiple mobile terminals.
5. cloud prototype as claimed in claim 4, which is characterized in that the selecting module includes：
Receiving unit, the identification information for receiving each mobile terminal to be measured input by user；
Storage unit is used for the relationship of memory mobile terminal identification information and testing scheme；
Generation unit, for according to the identification information of each mobile terminal to be measured, pre-stored mobile terminal identification information with
The relationship of testing scheme generates the testing scheme of each mobile terminal.
6. cloud prototype as claimed in claim 4, which is characterized in that the display control module includes：
Testing scheme receiving unit, the testing scheme for receiving the mobile terminal, parses testing scheme, is solved
Analyse testing scheme；
Control unit, for according to the parsing testing scheme, controlling main cloud prototype and showing the mobile end for having accessed main cloud prototype
The screen interface at end, and control each follow cloud prototype to show the screen interface for having accessed the mobile terminal for following cloud prototype.
7. cloud prototype as claimed in claim 4, which is characterized in that the operation module includes：Cloud prototype shot operation unit,
For being instructed according to shot operation, shot operation is carried out to the screen interface of main the connected mobile terminal of cloud prototype；
The analysis module includes：Sectional drawing comparative analysis unit operates the screen interface of mobile terminal for acquiring main cloud prototype
With each sectional drawing for following cloud prototype operation mobile terminal screen interface, full figure comparative analysis is carried out to multiple sectional drawings, is obtained more
The UI of a mobile terminal designs test result.
8. cloud prototype as claimed in claim 4, which is characterized in that the analysis module includes：
Performance monitoring analytic unit, for docking the performance indicator number for becoming owner of cloud prototype and the mobile terminal to be measured for following cloud prototype
According to analysis is acquired, the performance test results of mobile terminal to be measured are obtained；
Log unit, for main cloud prototype operate mobile terminal screen interface and it is each follow cloud prototype operate mobile terminal screen
The operation log information at curtain interface is acquired preservation.
9. cloud prototype as claimed in claim 4, which is characterized in that the analysis module is additionally operable to the survey to multiple mobile terminals
Test result is compared analysis, obtains the different information in multiple and different type of mobile terminal operational process.
10. a kind of cloud prototype, which is characterized in that including：
Display module, for the testing scheme according to mobile terminal, display, which has accessed, follows a movement to be measured of cloud prototype whole
The screen interface at end；
Operation module is followed, it is same with main cloud prototype according to synchronism detection operational order for receiving synchronism detection operational order
Step, operation have accessed the screen interface for the mobile terminal to be measured for following cloud prototype.
11. a kind of mobile terminal parallel to follow test method, which is characterized in that including：
Main cloud prototype receives the identification information of each mobile terminal to be measured input by user, according to the mark of each mobile terminal to be measured
Know information, the relationship of pre-stored mobile terminal identification information and testing scheme, generate the testing scheme of each mobile terminal,
The screen interface for a mobile terminal to be measured for having accessed main cloud prototype is shown according to testing scheme；
Each testing scheme for following cloud prototype according to the mobile terminal, display have accessed a shifting to be measured for following cloud prototype
The screen interface of dynamic terminal；
Main cloud prototype also receives test operation instruction input by user, is instructed according to test operation, operates main cloud prototype and connected
The screen interface of mobile terminal；Test operation instruction is converted to the synchronism detection operation at each mobile terminal screen interface to be measured
The synchronism detection operational order at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud prototype by instruction；
Each to follow cloud prototype also according to the synchronism detection operational order, synchronous with main cloud prototype, operation, which has accessed, follows cloud
The screen interface of the mobile terminal to be measured of prototype；
Main cloud prototype also acquires the screen interface of main cloud prototype operation mobile terminal and each cloud prototype is followed to operate mobile terminal
The operation data of screen interface analyzes the operation data, obtains the test result of multiple mobile terminals.
12. mobile terminal as claimed in claim 11 parallel to follow test method, which is characterized in that the test operation refers to
Order includes：Shot operation instructs；The synchronism detection operational order includes：Synchronous shot operation instruction；
The mobile terminal is specifically included parallel to follow test method：
Main cloud prototype receives shot operation instruction input by user, is instructed according to shot operation, to main the connected movement of cloud prototype
The screen interface of terminal carries out shot operation；Shot operation instruction is converted to the synchronization at each mobile terminal screen interface to be measured
Shot operation instructs, and the instruction of the synchronization shot operation at each mobile terminal screen interface to be measured is sent to and corresponding follows cloud true
Machine；
It is each that cloud prototype is followed to be instructed according to the synchronous shot operation, it is synchronous with main cloud prototype, follow cloud prototype to having accessed
Mobile terminal to be measured screen interface carry out shot operation；
Main cloud prototype also acquires the screen interface of main cloud prototype operation mobile terminal and each cloud prototype is followed to operate mobile terminal
The sectional drawing of screen interface carries out full figure comparative analysis to multiple sectional drawings, obtains the UI design test results of multiple mobile terminals.
13. mobile terminal as claimed in claim 11 parallel to follow test method, which is characterized in that further include：Main cloud is true
Machine is compared analysis to the test result of multiple mobile terminals, obtains the difference in multiple and different type of mobile terminal operational process
Different information.
14. a kind of computer equipment, including memory, processor and storage are on a memory and the meter that can run on a processor
Calculation machine program, which is characterized in that the processor realizes that claim 11 to 13 is any described when executing the computer program
Method.
15. a kind of computer readable storage medium, which is characterized in that the computer-readable recording medium storage has perform claim
It is required that the computer program of 11 to 13 any the methods.
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