CN109413678A - A kind of Wi-Fi module automatic test approach and test macro - Google Patents
A kind of Wi-Fi module automatic test approach and test macro Download PDFInfo
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- CN109413678A CN109413678A CN201811593072.6A CN201811593072A CN109413678A CN 109413678 A CN109413678 A CN 109413678A CN 201811593072 A CN201811593072 A CN 201811593072A CN 109413678 A CN109413678 A CN 109413678A
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- 238000013459 approach Methods 0.000 title claims description 15
- 238000002360 preparation method Methods 0.000 claims description 12
- 238000009434 installation Methods 0.000 claims description 5
- 208000033748 Device issues Diseases 0.000 claims description 4
- 230000007257 malfunction Effects 0.000 claims description 3
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- 239000000284 extract Substances 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 9
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- 238000012549 training Methods 0.000 description 2
- 238000001787 Wald–Wolfowitz test Methods 0.000 description 1
- 238000007630 basic procedure Methods 0.000 description 1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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Abstract
The application provides a kind of Wi-Fi module Auto-Test System, comprising: testing service device, the testing service device are the computer for being mounted with Appium frame；An at least handheld mobile device；Lan device and module to be measured, testing service device sends control instruction to handheld mobile device according to test script, handheld mobile device is according to control instruction, analog manual operation issues concrete operations instruction automatically, handheld mobile device and module to be measured are communicated by lan device, and execution relevant operation is tested after module to be measured receives concrete operations instruction.Test code logic is converted to adb instruction control testing mobile phone automatically by Appium frame in Wi-Fi module Auto-Test System provided herein, it can be achieved without the automatic distribution of manual intervention, automatically reset, error is automatically stopped and extracts the functions such as error message, saves the manpower and time cost of manual test.
Description
Technical field
The present invention relates to a kind of Wi-Fi module automatic test approach and test macros.
Background technique
Wi-Fi module also known as serial ports Wi-Fi module, belong to Internet of Things transport layer, and function is to switch to serial ports or Transistor-Transistor Logic level
Meet the embedded module of Wi-Fi wireless network communication standards.Wi-Fi module is to realize the Internet of Things such as wireless intelligent house, M2M
The important component of application.In the reliability test of Wi-Fi module, currently used is manual testing, generally to be passed through
Tester controls module to be measured by the App on mobile phone, to carry out the verifying of all functionalities.It was testing
Cheng Zhong, it is often necessary to carry out the tests such as the networking of multiplicating property, reset, manual testing is time-consuming long, and manually in long-time repetition
Property test in be easy to appear slack and tired, be easy to cause test result deviation or inaccuracy.
Summary of the invention
The purpose of the present invention is to solve the above problem, the application provides a kind of Wi-Fi module without manual intervention
Automatic test approach and test macro.
The present invention is to realize that above-mentioned function, used technical solution are to provide a kind of Wi-Fi module Auto-Test System,
It is characterised by comprising: testing service device, the testing service device is the computer for being mounted with Appium frame；An at least hand
Hold mobile device；Lan device and module to be measured,
The testing service device sends control instruction, the handheld mobile device to the handheld mobile device according to test script
According to the control instruction received, analog manual operation issues concrete operations instruction, the handheld mobile device and institute automatically
It states module to be measured to be communicated by lan device, the module to be measured receives the specific behaviour that the handheld mobile device issues
It instructs, executes relevant operation and tested.
Further, the system also includes TTL to turn USB module, and the module to be tested turns USB module by TTL and connects
Enter to the testing service device.
Further, the system also includes the handling module being arranged in the testing service device, the handling modules
Its log information is grabbed from the module to be measured.
Further, after the module to be measured accesses the testing service device, the module to be measured is in and listens to state,
After the handheld mobile device receives the control instruction, distribution request, the local are sent to the lan device first
The request of distribution described in net device forwards, the module to be measured in state of listening to receive what the lan device issued
When the distribution is requested, distribution information entrained by decryption wherein is automatic to network.
Further, the testing service device is equipped with test environment and relies on packet, when running the test script, institute
It states Appium frame test code logic is converted to adb instruction as the control instruction automatically and be sent to the hand-held movement
Equipment.
The present invention also provides a kind of Wi-Fi module automatic test approach, which comprises the following steps:
Step A tests preparation, and the test preparation includes that module to be measured is accessed testing service device, writes test
Script；
Step B testing service device runs the test script, generates control instruction, and the control instruction is sent to hand-held
Mobile device；
For handheld mobile device described in step D according to the control instruction received, analog manual operation forms concrete operations instruction,
And the concrete operations are sent to the module to be measured by the lan device in locating local area network and are instructed, the local area network is set
For the forwarding concrete operations instruction to the module to be measured, the module to be measured executes relevant operation and is tested；
Step E outputs test result.
It further, further include step C between the step B and the step D, the step C includes the hand-held shifting
Dynamic equipment first sends distribution request to the lan device in the control instruction received, and the lan device turns
Request of sending out distribution described, the module to be measured after accessing the testing service device in listening to state, in listening to state
When the module to be measured receives the distribution request that the lan device issues, distribution letter entrained by decryption wherein
Breath, it is automatic to network.
Further, the step A further includes that test environment and installation dependence packet are built on the testing service device.
Further, the step A further includes the interface element obtained in test application program, writes the test foot
This.
Further, testing service device described in the step E read the handheld mobile device implementing result and/or
The testing service device reads the log information of the module to be measured as test result.
It further, further include judgment step before the step E, the judgment step judges whether malfunction in test,
It is automatically stopped and executes instruction if error, error message is saved, by executing step B after being manually again started up again；As do not gone out
Mistake thens follow the steps E.
Further, the testing service device is the computer for being mounted with Appium frame, and testing service device is run in step B
Test code logic is converted to adb instruction, the adb instruction automatically by the test script, the specially described Appium frame
For the control instruction.
Appium frame automatically will test in Wi-Fi module automatic test approach provided by the present invention and test macro
Code logic is converted to adb instruction control testing mobile phone, it can be achieved that without the automatic distribution of manual intervention, automatically reseting, and error is certainly
It is dynamic to stop and extract the functions such as error message, save the manpower and time cost of manual test.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of test macro in the embodiment of the present invention；
Fig. 2 is the basic procedure schematic diagram of test method in the embodiment of the present invention；
Fig. 3 is the flow diagram once specifically tested in the embodiment of the present invention.
Specific embodiment
Below in conjunction with the drawings and specific embodiments to Wi-Fi module automatic test approach proposed by the present invention and test macro
It is described in further detail.
Referring to FIG. 1, being a preferred embodiment of Wi-Fi module Auto-Test System proposed by the present invention shown in Fig. 1
Structural schematic diagram, which includes: testing service device 1, at least a handheld mobile device 2, lan device 3
And module 4 to be measured.
Wherein, testing service device 1 is the computer for being mounted with Appium frame.When test carries out, testing service device 1 is transported
Test code logic is converted to adb instruction as control instruction automatically and is sent to hand-held shifting by row test script, Appium frame
Dynamic equipment 2.Handheld mobile device 2 can be mobile phone or plate and be equipped with the app that can control module to be measured thereon.Hand-held movement
Equipment 2 can be an equipment, can also be tested simultaneously by multiple devices, and the quantity of handheld mobile device 2 regards practical
Depending on test needs.It can be connected by data line between handheld mobile device 2 and testing service device 1, it can also be by wireless
To transmit information, the application is not construed as limiting this for connection.
Handheld mobile device 2 and module to be measured 4 are in the same local area network, real by lan device 3 between them
It now communicates, lan device 3 can be the equipment such as gateway, router, be also possible to a set of network devices.Handheld mobile device 2
According to the control instruction received from testing service device 1, analog manual operation issues concrete operations instruction automatically.Originally need people
The some movements to be done of work, are realized by scripting language, the movement such as input, click that control mobile phone is automated, and these
The action command for needing module 4 to be measured to carry out after movement is concrete operations instruction, such as original needs point on mobile phone app by people
" turning on light " button is hit, now according to test script, testing service device 1 sends control instruction to handheld mobile device 2, holds movement
Equipment 2 automatically open app simulation clicking operation, app then hit according to origin after operation, to module 4 to be measured issue " turning on light " refer to
It enables.After module 4 to be measured receives the concrete operations instruction that above-mentioned handheld mobile device 2 issues, relevant operation is executed, is such as executed above-mentioned
" turning on light " records correlation results to be tested.
After module 4 to be measured receives concrete operations instruction, in order to understand whether its subsequent operation meets expection, it is to be understood that its
Subsequent action grabs all operation log letter of module 4 to be measured in operation in this embodiment by testing service device 1
Breath.It therefore, in the present embodiment further include that TTL turns USB module (not shown), which connects with module to be measured, another
The USB interface of end insertion testing service device 1, module 4 to be measured turn USB module by TTL and are linked into testing service device 1.It is testing
Also need that handling module (not shown) is arranged in server 1, by handling module come the operation log information to module 4 to be measured into
Row crawl.Handling module can be hardware module, be also possible to some software grabs tools, such as SecureCRT or Xshell
The tool of this kind record serial ports log.
In the present embodiment, module 4 to be measured is among the same local area network with handheld mobile device 2, therefore
It can directly be communicated between them by lan device 3.But in other test case, module 4 to be measured
Distribution be also test a part, i.e., module 4 to be measured does not access network before starting relevant operation, it is therefore desirable to test
At the beginning of need first to carry out distribution.Detailed process is as follows for distribution, and after module 4 to be measured accesses testing service device 1, module 4 to be measured is just
In state of listening to, and after handheld mobile device 2 receives 1 control instruction of testing service device, before issuing concrete operations instruction, first
Distribution request is sent to lan device 3, certain distribution request is substantially it is also assumed that be a concrete operations instruction, by office
Domain net equipment 3 forwards distribution request, is broadcasted in local area network, the module to be measured 4 in state of listening to, which receives distribution, asks
After asking, distribution information entrained by decryption wherein is automatic to network.Communication connection after networking between the modules of whole system is complete
It completes in portion.
When each functional module of embodiment test macro is introduced above, the corresponding test mode of basic explanation,
Below according to basic flow chart shown in Fig. 2, more clearly visible to comb entire Wi-Fi module testing process.The present embodiment
In Wi-Fi automatic test approach, comprising the following steps:
Step A test preparation, test preparation include by module 4 to be measured access testing service device 1, as previously described to
Survey module 4 turns USB module by TTL and testing service device 1 establishes connection, and hereafter module 4 to be measured enters listening state etc. and awaits orders
It enables.Testing service device 1 also needs first to build corresponding test environment before testing for the first time and installation relies on packet.In some implementations
Test script can be write in advance in example, and in the present embodiment, script edit work is included among test preparation,
There is the interface element of an available application program of shell script in the program of installation, after obtaining interface element, tester
Member writes the automatic test script based on Appium frame according to the particular content of this test.
Step B testing service device 1 runs test script, generates control instruction, and the control instruction is sent to hand-held
Mobile device 2.Testing service device 1 is described in introducing system and is mounted with Appium frame in advance, is proceeded in test
When step B, testing service device 1 starts Appium and services and execute test script, and Appium frame will test code logic automatically
It is converted to the handheld mobile device 2 of adb instruction control connection, adb instruction here is control instruction.
Step C handheld mobile device 2 is after the control instruction for receiving testing service device 1, in 4 distribution not yet of module to be measured
In the case where, distribution request first is sent to lan device 3, after the forwarding of lan device 3, the mould to be measured in state of listening to
After block 4 receives distribution request, distribution information entrained by decryption wherein is automatic to network.Step C is not in whole flow process
Necessary process, in some test cases, module 4 to be measured has accessed network of relation before the test begins, in those situations
Under, it is not necessary to Yao Jinhang step C can enter directly into the step D stage from step B.
Step D handheld mobile device 2 is according to the control instruction received, in analog manual operation's automatic running application program
Operations generate concrete operations instruction.Concrete operations instruction is sent to be measured by the lan device 3 in locating local area network
Module 4, after receiving these concrete operations instruction, module to be measured executes relevant operation and is tested, while recording running
All log information.
Step E outputs test result, and test result obtains after reading the log information of module 4 to be measured by testing service device 1.
In a preferred embodiment, test result is also possible to testing service device 1 and reads implementing result from handheld mobile device 2.?
In another preferred embodiment, test result can be while reading the log information of module 4 to be measured and holding for handheld mobile device 2
The two is combined after row result.
We combine the detailed process in an actual test in Fig. 3 below, mention to be further elaborated with the application
Test method out.
Preparation 101 is first carried out after testing process starts as shown in the figure, mainly includes various in preparation 101
The preparation of hardware, then carries out the preparation of software environment again, wherein two steps for being divided into while carrying out, deployment test environment
201 and build test frame and installation relies on library 202, after software and hardware all installs, module to be measured 4 and hand-held movement are set
Standby 2 have also all accessed testing service device 1.Handheld mobile device 2 is mobile phone in this test.At this point, tester writes survey
Training sheet, need to be with reference to the interface element of application program on handheld mobile device 2 when writing test script, and scripted code can be real
The various movements that existing automatic imitation carries out on interface, such as " click ", " sliding ", " character input ", so in follow-up test
When, mobile phone, which is manually operated, there is no need to tester can be realized automatic test.Step 101 in Fig. 3,201,202,301
It is included in the step A in Fig. 2.
After script edit completion, starts Appium server into 401 steps, then enter step 501 and execute survey
Test script is converted to adb and instructed by training sheet, server end Appium server.Step 601 testing mobile phone receives test and refers to
Enable and execute, particularly as being to be instructed on the Application Program Interface of testing mobile phone according to adb, execute automatically aforementioned " click ",
The operation such as " sliding ", " character input ", these operations can all generate the subsequent action for module 4 to be measured.Certainly, in 501 Hes
Information transmitting movement is necessarily had between 601, but this flow chart is mainly for illustrating testing process, this information exchanging process
Just do not specified in figure.Step 401,501 corresponding step B in detail in this figure, the corresponding step D of step 601, in test reality
Module 4 to be measured access to LAN in example, therefore step C is omitted.
Step 801 in Fig. 2 step E and Fig. 3 outputs test result correspondence, in the basic flow chart of Fig. 2, step D it
It has just been directly entered step E afterwards.And in actual test, test is not always to sail right before the wind, occurs wherein having various problems,
Therefore further include judgment step 701 before exporting result 801, judge whether malfunction in execution.It is automatically stopped and holds if error
Row instruction, enters step 702 preservation error messages, executes test script by being manually again started up back to step 501.As not
Error then continues to execute step 801 and outputs test result.After the completion of test, the log information of all operations is all in a text form
It is stored in testing service device end, and test report is exported by it.
Epicycle test terminates after report generates, and resets automatically to module to be measured at this time, empties all customer data, etc.
To test next time, i.e., executed since step 101 again.Certainly in continuous test, preparation can in the second wheel
With simplification, need not be just repeated as building the work such as environment, installation software, whether script will rewrite, mainly according to test
Demand depending on.
Description of the preferred embodiment of the present invention above be in order to illustrate and description, be not intended to an exhaustive or office of the invention
It is limited to disclosed concrete form, it is clear that many modifications and variations may be made, these modifications and variations may be for this field
Be for technical staff it is obvious, should be included within the scope of the present invention being defined by the appended claims.
Claims (12)
1. a kind of Wi-Fi module Auto-Test System characterized by comprising testing service device, the testing service device are peace
The computer of Appium frame is filled；An at least handheld mobile device；Lan device and module to be measured,
The testing service device sends control instruction, the handheld mobile device to the handheld mobile device according to test script
According to the control instruction received, analog manual operation issues concrete operations instruction, the handheld mobile device and institute automatically
It states module to be measured to be communicated by lan device, the module to be measured receives the specific behaviour that the handheld mobile device issues
It instructs, executes relevant operation and tested.
2. Wi-Fi module Auto-Test System according to claim 1, it is characterised in that: the system also includes TTL to turn
USB module, the module to be tested turn USB module by TTL and are linked into the testing service device.
3. Wi-Fi module Auto-Test System according to claim 2, it is characterised in that: the system also includes settings
Handling module in the testing service device, the handling module grab its log information from the module to be measured.
4. Wi-Fi module Auto-Test System according to claim 3, it is characterised in that: when the module to be measured accesses
After the testing service device, the module to be measured is in and listens to state, after the handheld mobile device receives the control instruction,
Distribution request is sent to the lan device first, the lan device forwards the distribution request, in listening to state
The module to be measured, when receiving the distribution request that the lan device issues, decryption wherein entrained distribution
Information, it is automatic to network.
5. Wi-Fi module Auto-Test System according to claim 1 to 4, it is characterised in that: the testing service
Device is equipped with test environment and relies on packet, and when running the test script, the Appium frame automatically patrols test code
Adb instruction volume is converted to as the control instruction and is sent to the handheld mobile device.
6. a kind of Wi-Fi module automatic test approach, which comprises the following steps:
Step A tests preparation, and the test preparation includes that module to be measured is accessed testing service device, writes test
Script；
Step B testing service device runs the test script, generates control instruction, and the control instruction is sent to hand-held
Mobile device；
For handheld mobile device described in step D according to the control instruction received, analog manual operation forms concrete operations instruction,
And the concrete operations are sent to the module to be measured by the lan device in locating local area network and are instructed, the local area network is set
For the forwarding concrete operations instruction to the module to be measured, the module to be measured executes relevant operation and is tested；
Step E outputs test result.
7. Wi-Fi module automatic test approach according to claim 6, it is characterised in that: the step B and the step
It further include step C between D, the step C includes that the handheld mobile device is in the control instruction received, first to institute
It states lan device and sends distribution request, the lan device forwards the distribution request, and the module to be measured is in access institute
It states in state is listened to after testing service device, the module to be measured in state of listening to receives the lan device and issues
The distribution request when, decryption wherein entrained distribution information is automatic to network.
8. Wi-Fi module automatic test approach according to claim 6, it is characterised in that: the step A further includes in institute
It states and builds test environment and installation dependence packet on testing service device.
9. Wi-Fi module automatic test approach according to claim 6, it is characterised in that: the step A further includes obtaining
Interface element in test application program writes the test script.
10. Wi-Fi module automatic test approach according to claim 6, it is characterised in that: surveyed described in the step E
Examination server reads the implementing result of the handheld mobile device and/or the testing service device reads the module to be measured
Log information is as test result.
11. Wi-Fi module automatic test approach according to claim 6, it is characterised in that: also wrapped before the step E
Judgment step is included, the judgment step judges whether malfunction in test, is automatically stopped and executes instruction if error, saves mistake letter
Breath, by executing step B after being manually again started up again；E is thened follow the steps as do not malfunctioned.
12. according to any Wi-Fi module automatic test approach of claim 6-11, it is characterised in that: the test clothes
Business device is the computer for being mounted with Appium frame, and testing service device runs the test script in step B, specially described
Test code logic is converted to adb instruction automatically by Appium frame, and the adb instruction is the control instruction.
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| CN110602726A (en) * | 2019-08-16 | 2019-12-20 | 苏宁智能终端有限公司 | Method and system for testing automatic distribution network of intelligent equipment |
| CN110798374A (en) * | 2019-09-25 | 2020-02-14 | 深圳市火乐科技发展有限公司 | WIFI automatic test method and device |
| CN111506502A (en) * | 2020-04-13 | 2020-08-07 | 杭州涂鸦信息技术有限公司 | System and method for testing mobile terminal UI automation distribution network process |
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Application publication date: 20190301 |