CN113672516B - Automatic testing method and system for virtual screen interconnection interface control - Google Patents
Automatic testing method and system for virtual screen interconnection interface control Download PDFInfo
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- 238000004422 calculation algorithm Methods 0.000 claims abstract description 6
- 125000004122 cyclic group Chemical group 0.000 claims abstract description 3
- 238000004088 simulation Methods 0.000 claims description 32
- 238000013515 script Methods 0.000 claims description 9
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
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- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
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- G06F11/3688—Test management for test execution, e.g. scheduling of test suites
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Abstract
The invention relates to an automatic testing method for an interconnection virtual screen interface control, which comprises the following steps: s100, an automatic test environment is built, and an automatic test frame and a vehicle-mounted terminal analog controller are installed on a computer terminal; s200, establishing an interconnection channel between the mobile terminal and the computer terminal, and establishing a virtual screen by the mobile terminal, wherein an interface on the virtual screen is projected to a vehicle-mounted terminal analog controller for display; the automatic test framework establishes a control channel with the mobile terminal; s300, deeply traversing the query and simulating clicking all operable but non-operable controls of the interface through a recursion cyclic algorithm, and storing an execution result into a database; s500, recording test results, inquiring a flow which fails to pass the test according to the execution results stored in the database, and writing the flow into an APP operation log. The invention can automatically traverse the interconnection interface and the control on the interface, is irrelevant to specific service, does not need manual operation of a tester, and effectively improves the testing efficiency.
Description
Technical Field
The invention relates to the technical field of mobile phone interconnection, in particular to an automatic testing method and system for virtual screen interconnection interface controls.
Background
With the development of the internet of vehicles industry, mobile phone interconnection is becoming an efficient low-cost internet of vehicles solution, wherein the scheme of mapping with mobile phone screens is most widely applied. The screen mapping refers to a technology for projecting screen contents of a mobile phone to a vehicle-mounted navigator screen, so that functions running on the mobile phone screen are displayed on the vehicle-mounted navigator screen. The back control refers to a technology for operating an interface on a vehicle-mounted screen and correspondingly changing the interface on a mobile phone.
Because the virtual screen interconnection interface is not displayed on the mobile phone main screen, the existing automatic test frames are aimed at the mobile phone main screen, and therefore, the existing interconnection automatic test frames all require testers to write test scripts in advance, so that the dependency of the test on the testers is large, and the test efficiency is low.
Disclosure of Invention
The invention aims to provide an automatic testing method and system for virtual screen interconnection interface controls, which are high in testing efficiency and do not need to manually write automatic scripts one by one according to service modules.
In order to achieve the purpose, the automatic testing method of the virtual screen interconnection interface control comprises the following steps: s100, automatic test environment is built
The computer terminal is provided with an automatic test frame and a vehicle-mounted terminal analog controller;
s200, establishing an interconnection channel between the mobile terminal and the computer terminal, and establishing a virtual screen by the mobile terminal, wherein an interface on the virtual screen is projected to a vehicle-mounted terminal analog controller for display; the automatic test framework establishes a control channel with the mobile terminal;
s300, deeply traversing, inquiring and simulating all visible and operable controls on an operation interface through a recursion cyclic algorithm, and storing control information into a database;
s500 recording test results
Inquiring the flow which does not pass the test according to the execution result stored in the database, and writing the flow into an APP operation log;
after the flow is finished, a tester can export an app running log, a flash back log and other logs to check an automatic test result.
The step S300 includes the steps of:
s301, starting to enter a current interface; s302, traversing and acquiring a control list of a current interface, and storing control information into a database; s303, inquiring whether a visible, operable and non-operable control exists on the current interface, if so, entering a step S304, and if not, entering a step S305; s304, simulating operation, namely simulating operation of one visible, operable and non-operated control, updating control information to a database, entering a sub-interface, and performing next-layer recursion; s305, judging whether all the controls of the interface of the layer are operated, namely judging whether the operable but non-operated controls exist in the interface of the layer; if yes, enter S306, if not, return to S304; s306 exits the layer of recursion, returns to the previous level interface to continue operation execution until all visible, operable and non-operated controls on the interface are completely executed; s307, each layer of interface operation is executed until all visible, operable and unoperated controls of the top layer interface are completely executed, and the recursion cycle is completed.
Further, in step S300, before entering a new interface, interface cycle skip identification is performed, if the interface cycle skip is identified, the current interface cycle is skipped, and if not, the new interface is continuously entered.
Further, the interface cycle skip identification includes: when a new simulated operation event path is added, the path is judged to be added, a certain step before the path is completely repeated, and if the step is completely repeated, the interface cycle skip is judged.
Further, after the step S300, a step S400 of leak repairing query is further included, and the step S400 includes the following steps: s401, restoring an initialization environment; s402, judging whether an operable but non-operable control exists in the database, if so, entering S403, and if not, entering S404; s403, entering a reproduction environment according to the current interface operation steps, sequentially performing simulation operation on all the operable but non-operated controls, and updating control information in a database; s404, skipping out the leak repairing link.
Further, the control information includes: the control ID, whether the operation is performed, the current page to which the control belongs, whether the secondary entry is visible, and the current interface enter the operation step.
Further, after the simulation operation, the "whether operated" state in the control information is updated to "operated".
Further, the simulation operation includes simulating clicking, simulating sliding.
An automatic testing system for virtual screen interconnection interface controls comprises a mobile terminal and a computer terminal, wherein an interconnection channel is established between the mobile terminal and the computer terminal; the mobile terminal comprises a display screen and a virtual screen, wherein the virtual screen is connected with the display screen; the computer terminal comprises an automatic test frame, a vehicle-mounted terminal simulator and a storage module, wherein the automatic test frame is connected with the virtual screen, the vehicle-mounted terminal simulator and the automatic test script module, and the automatic test script module is connected with the vehicle-mounted terminal simulator; a control channel is established between the automatic test framework and the virtual screen; the automatic test framework inquires all visible and operable controls on the interface of the vehicle-mounted terminal simulation controller, and the searched corresponding control information is stored in a database of the storage module;
the automatic test framework queries all operable but inoperable controls in the database of the storage module, the vehicle-mounted terminal simulation controller sends control signals to the virtual screen through the control channel, and the controls on the virtual screen respond to the operation and transmit the control information updated by the operation through the interconnection channel to be stored in the database of the storage module.
Further, the automatic test framework queries an operable but unoperated control in the database, the automatic test framework outputs a control signal to the vehicle-mounted terminal simulation controller through the control channel, the vehicle-mounted terminal simulation controller operates the current page according to the control signal and transmits a simulation operation command to the virtual screen of the mobile terminal through the interconnection channel, and the virtual screen executes the simulation operation command.
Further, the virtual screen executes the simulation operation command, and the automatic test framework updates control information in the database according to the control parameters of the changed page.
According to the automatic testing method and system for the virtual screen interconnection interface control, after the deep traversing automatic script writing is completed, the interconnection interface and the control on the interface can be automatically traversed, no relation with specific business exists, manual operation by a tester is not needed, and testing efficiency is effectively improved. The mobile terminal and the computer terminal establish an interconnection channel, the automatic test framework establishes a control channel with the mobile terminal, the mobile terminal and the vehicle-mounted multimedia are not required to be interconnected, the limitation of hardware and test scenes is avoided, the artificial test of the virtual screen is avoided, and the test cost is saved.
Drawings
FIG. 1 is a flow chart of an automated test method for virtual screen interconnect interface controls of the present invention;
FIG. 2 is a flowchart of step S300 in the automated testing method of the virtual screen interconnection interface control of the present invention;
FIG. 3 is a schematic diagram of control information in the automated testing method of virtual screen interconnection interface controls of the present invention;
FIG. 4 is a flow chart of another embodiment of an automated test method for virtual screen interconnect interface controls of the present invention;
FIG. 5 is a flowchart of step S400 in the automated testing method of the virtual screen interconnection interface control of the present invention;
FIG. 6 is a schematic diagram of an automated test system for virtual screen interconnect interface controls of the present invention.
Detailed Description
The automatic testing method and system for the virtual screen interconnection interface control can automatically traverse the control on the interface and automatically generate a script for testing. The invention is described in further detail below with reference to the attached drawings and specific examples:
referring to fig. 1 to 5, an automated testing method for virtual screen interconnection interface controls includes the following steps:
s100, automatic test environment is built
The computer terminal is provided with an automatic test frame and a vehicle-mounted terminal analog controller;
specifically, the computer terminal is provided with a Python test frame, and the vehicle-mounted end simulation controller is an ECTEST simulation controller and is responsible for projecting interface display and back control of the mobile phone virtual screen.
S200, establishing an interconnection channel between the mobile terminal and the computer terminal, and establishing a virtual screen by the mobile terminal, wherein an interface on the virtual screen is projected to a vehicle-mounted terminal analog controller for display; the automated test framework establishes a control channel (channel 2) with the mobile terminal.
The mobile terminal can be connected with the computer through a USB (universal serial bus) or connected with the computer through a WiFi (wireless fidelity), then an interconnection channel (channel 1) is established with a vehicle-mounted terminal simulator on the computer terminal, a control channel (channel 2) is established between the automatic test frame and a virtual screen of the mobile terminal, and when the mobile terminal is an android system, the automatic test frame establishes the control channel with the virtual screen through an ADB (Android Debug Bridge android system debugging tool) during USB connection.
An API (Application Program Interface application calling interface) is used in the android system to call a CreateVirtualDisplay interface to create a virtual display screen. A virtual display is created in the IOS system using an API call [ [ UIWINDOW alloc ] initWithFrame: [ UIScreen mainScreen ]. Bounds ] interface. The screen of the mobile terminal is displayed independently of the virtual screen.
The mobile terminal is provided with a mobile terminal interconnection application in advance, and the computer terminal is provided with a vehicle-mounted interconnection application in advance. The mobile terminal interconnection application is a common interconnection client in the market, such as Yi-Lian driving assistant APP, driving partner APP and the like of I company; the vehicle-mounted interconnection application is a common interconnection server in the market.
S300, through a recursion circulation algorithm, deeply traversing the query and simulating all visible and operable controls on the operation interface, and storing control information into a database.
S500 recording test results
And according to the execution result stored in the database, inquiring the process which fails the test, and writing the process into the APP operation log, so that the follow-up exporting and checking are facilitated.
As shown in fig. 2, step S300 includes the steps of:
s301, starting to enter the current interface
S302, traversing and acquiring a control list of a current interface, and storing control information into a database;
s303, inquiring whether a visible, operable and non-operable control exists on the current interface, if so, entering a step S304, and if not, entering a step S305;
s304 simulation operation
Simulating one visible, operable and non-operable control, updating control information, entering a sub-interface, and performing next-layer recursion;
the simulated operation includes simulating a click and simulating a slide.
S305, judging whether all the controls of the interface of the layer are operated, namely judging whether the operable but non-operated controls exist in the interface of the layer; if yes, enter S306, if not, return to S304;
s306 exits the layer of recursion, returns to the previous level interface to continue operation execution until all visible, operable and non-operated controls on the interface are completely executed;
s307, each layer of interface operation is executed until all visible, operable and unoperated controls of the top layer interface are completely executed, and the recursion cycle is completed.
Specifically, in the above simulation operation, if the operation is unsuccessful, a failed flow is recorded in the APP running log.
Further, as shown in fig. 3, the control information described in step S302 includes: the control ID, whether the operation is performed, the current page to which the control belongs, whether the secondary entry is visible, the current interface entry operation step, the control application and the like.
In order to better implement the recursive loop algorithm, the control IDs of the pages are not repeated, i.e., the IDs of all the operable controls within each page are not globally repeated.
In order to avoid that when the interface has a cycle skip, the recursive cycle algorithm cannot jump out to end, in step S300, an interface cycle skip identification step is further included, that is, whether the operation step of the previous page has a cycle is judged, and the cycle skip identification method is as follows: when a new simulated operation event path is added, the path is judged to be added, a certain step is completely repeated, if the step is completely repeated, the interface cycle skip is judged, and if the interface cycle skip is judged, the cycle is jumped out. And carrying out interface cycle skip identification before entering a new interface every time.
As shown in fig. 4 and 5, in order to prevent the missing detection, step S300 is followed by step S400 of repairing the missing part, and step S400 includes the following steps:
s401, restoring an initialization environment, namely restoring to an interface and a state when the APP is used for the first time;
s402, judging whether an operable but non-operable control exists in the database, if so, entering S403, and if not, entering S404;
s403, entering a reproduction environment according to the current interface operation steps, sequentially performing simulation operation on all the operable but non-operated controls, and updating control information in a database;
s404, skipping out the leak repairing link.
And inquiring an operable control but not operated control in the database, and simulating and operating the control inquired in the step by the vehicle-mounted terminal simulation controller, and updating control information after the simulation operation. After the simulation operation, the state of "whether operated" in the control information is updated to "operated".
Referring to fig. 6, an automated testing system for virtual screen interconnection interface controls includes a mobile terminal 1 and a computer terminal 2, and an interconnection channel is established between the mobile terminal 1 and the computer terminal 2. The mobile terminal 1 is a smart phone or a tablet, and the computer terminal 2 is a computer.
The mobile terminal 1 comprises a display screen 11 and a virtual screen 12, wherein the virtual screen 12 is connected with the display screen 11, and the display screen 11 and the virtual screen 12 are independently displayed.
The computer terminal 2 includes an automated test framework 21, an in-vehicle terminal simulator 22, and a memory module 23. The automatic test framework 21 is connected with the virtual screen 12, the vehicle-mounted terminal analog controller 22 and the storage module 23. A control channel is established between the automated test framework 21 and the virtual screen 12.
The automatic test framework 21 is responsible for data transmission between the virtual screen of the mobile terminal and the vehicle-mounted multimedia terminal through the mobile terminal interconnection communication protocol pxClient. An interconnection channel is established between the vehicle-mounted terminal simulator 22 and the mobile terminal 1 through USB or Wifi. The virtual screen 12 projects the page to the in-vehicle terminal analog controller 22 for display through the interconnecting channel.
The automated test framework 21 queries all visible and operable controls on the interface of the vehicle-mounted terminal simulation controller 22, and the searched corresponding control information is stored in the database of the storage module 23.
The automatic test framework 21 queries the database of the storage module 23 for the operable but not operated control, the automatic test framework 21 outputs a control signal to the vehicle-mounted terminal analog controller 22 through the control channel, the vehicle-mounted terminal analog controller 22 operates the current page according to the control signal and transmits an analog operation command to the virtual screen 12 of the mobile terminal 1 through the interconnection channel, the virtual screen 12 executes the analog operation command, the control on the virtual screen 12 responds to the operation and transmits the updated control information through the interconnection channel to be stored in the database of the storage module 23.
Further, in order to ensure the accuracy of the query, the automatic test framework 21 performs the leak repairing query on the control in the database, specifically: the automated test framework 21 restores the initialization environment, the automated test framework 21 queries the first operable but inoperable control from the database of the storage module 23, the automated test framework 21 realizes the reproduction environment, the vehicle-mounted terminal simulation controller 22 operates the retrieved operable but inoperable control, and the control information after operation update is stored in the database of the storage module 23.
Further, when the mobile terminal 1 is an android system, the automated test framework 21 is connected with the display screen 11, so that the control of the automated test framework 21 on the display screen 11 is realized. Specifically, the automated test framework 21 implements control of the display screen 11 through the UI test tool Uiautomator.
According to the automatic testing method and system for the virtual screen interconnection interface control, after the deep traversing automatic script writing is completed, the interconnection interface and the control on the interface can be traversed automatically, no specific service is related, the manual operation of a tester is not needed, the manual operation can be completely separated, the automatic inquiry of the control and the automatic testing according to the coordinate inverse control can be performed on the virtual screen projected on the vehicle-mounted end simulation controller, and the testing efficiency is effectively improved. Meanwhile, the mobile terminal and the computer terminal establish an interconnection channel, the automatic test framework establishes a control channel with the mobile terminal, the mobile terminal and the vehicle-mounted multimedia are not required to be interconnected, the limitation of hardware and test scenes is avoided, the artificial test of the virtual screen is avoided, and the test cost is saved.
Claims (10)
1. An automatic testing method for a virtual screen interconnection interface control is characterized by comprising the following steps: s100, an automatic test environment is built, an automatic test frame is installed on a computer terminal, and a vehicle-mounted terminal simulation controller is installed on the computer terminal; s200, establishing an interconnection channel between the mobile terminal and the computer terminal, and establishing a virtual screen by the mobile terminal, wherein an interface on the virtual screen is projected to a vehicle-mounted terminal analog controller for display; the automatic test framework establishes a control channel with the mobile terminal; s300, deeply traversing, inquiring and simulating all visible and operable controls on an operation interface through a recursion cyclic algorithm, and storing control information into a database;
s500, recording test results, inquiring a process which is failed to pass the test according to the execution results stored in the database, and writing the process into an APP operation log;
the step S300 includes the steps of:
s301, starting to enter a current interface;
s302, traversing and acquiring a control list of a current interface, and storing control information into a database;
s303, inquiring whether a visible, operable and non-operable control exists in the current interface, and if so, entering a step;
s304, if not, entering step S305;
s304, simulating operation, namely simulating operation of one visible, operable and non-operated control, updating control information, entering a sub-interface, and performing next-layer recursion;
s305, judging whether all the controls of the interface of the layer are operated, namely judging whether the operable but non-operated controls exist in the interface of the layer; if yes, enter S306, if not, return to S304;
s306 exits the layer of recursion, returns to the previous level interface to continue operation execution until all visible, operable and non-operated controls on the interface are completely executed;
s307, each layer of interface operation is executed until all visible, operable and unoperated controls of the top layer interface are completely executed, and the recursion cycle is completed.
2. The automated testing method of virtual screen interconnection interface control according to claim 1, wherein in step S300, interface cycle skip identification is performed before each new interface is entered, if the interface cycle skip is identified, the current interface cycle is skipped, and if the interface cycle skip is not identified, the new interface is continued.
3. The automated testing method of virtual screen interconnect interface controls of claim 2, wherein the interface cycle skip identification comprises: when a new simulated click event path is added, the path is judged to be added, a certain step before the path is completely repeated, and if the step is completely repeated, the interface cycle skip is judged.
4. The automated testing method of the virtual screen interconnection interface control of claim 1, further comprising step S400 of repairing the leak query after the step S300, the step S400 comprising the steps of:
s401 resumes the initialization environment,
s402, judging whether an operable but non-operable control exists in the database, if so, entering S403, and if not, entering S404;
s403, entering a reproduction environment according to the current interface operation steps, sequentially performing simulation operation on all the operable but non-operated controls, and updating control information in a database;
s404, skipping out the leak repairing link.
5. The automated testing method of virtual screen interconnect interface controls of claim 1, wherein the control information comprises: the control ID, whether the control is clicked, the current page to which the control belongs, whether the secondary entry is visible, and the current interface enter an operation step.
6. The automated testing method of virtual screen interconnection interface controls of claim 5, wherein after simulating the operation, the status of "whether operated" in the control information is updated to "operated".
7. The automated testing method of virtual screen interconnect interface control of claim 1, wherein in the step S300, the simulation operation includes a simulation click, a simulation slide.
8. An automated testing system for virtual screen interconnection interface controls, configured to implement the testing method of any one of claims 1 to 7, and comprising a mobile terminal (1) and a computer terminal (2), wherein an interconnection channel is established between the mobile terminal (1) and the computer terminal (2);
the mobile terminal (1) comprises a display screen (11) and a virtual screen (12), wherein the virtual screen (12) is connected with the display screen (11); the computer terminal (2) comprises an automatic test framework (21), a vehicle-mounted terminal simulation controller (22) and a storage module (23), wherein the automatic test framework (21) is connected with the virtual screen (12), the vehicle-mounted terminal simulation controller (22) and an automatic test script module, and the automatic test script module is connected with the vehicle-mounted terminal simulation controller (22); a control channel is established between the automatic test framework (21) and the virtual screen (12);
the automatic test framework (21) inquires all visible and operable controls on the interface of the vehicle-mounted terminal simulation controller (22), and the searched corresponding control information is stored in a database of the storage module (23);
the automatic test framework (21) queries all operable but non-operable controls in the database of the storage module (23), the vehicle-mounted terminal simulation controller (22) sends control signals to the virtual screen (12) through the control channel, and the controls on the virtual screen (12) respond to the operation and transmit the control information updated by the operation to the database of the storage module (23) through the interconnection channel.
9. An automated testing system for virtual screen interconnection interface controls according to claim 6, wherein the automated testing framework (21) queries the database for operable but inoperable controls, the automated testing framework (21) outputs control signals to the vehicle-mounted terminal analog controller (22) through the control channel, the vehicle-mounted terminal analog controller (22) operates the current page according to the control signals and transmits analog click commands to the virtual screen (12) of the mobile terminal (1) through the interconnection channel, and the virtual screen (12) executes the analog operation commands.
10. An automated testing system for virtual screen interconnect interface controls according to claim 7, wherein the virtual screen (12) executes a simulation operation command, and the automated testing framework (21) updates control information in the database according to the control parameters of the changed page.
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| CN111182346A (en) * | 2020-01-16 | 2020-05-19 | 武汉卡比特信息有限公司 | Combined split screen projection method of mobile terminal and computer terminal |
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| CN103312850A (en) * | 2013-05-10 | 2013-09-18 | 江苏科技大学 | Mobile phone automation testing system and work method |
| CN110286864A (en) * | 2019-05-15 | 2019-09-27 | 武汉卡比特信息有限公司 | A kind of mobile phone and computer terminal, which adaptively interconnect, throws screen method |
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