CN109918241A - A kind of smart lock production test method - Google Patents
A kind of smart lock production test method Download PDFInfo
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- CN109918241A CN109918241A CN201910129707.5A CN201910129707A CN109918241A CN 109918241 A CN109918241 A CN 109918241A CN 201910129707 A CN201910129707 A CN 201910129707A CN 109918241 A CN109918241 A CN 109918241A
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Abstract
The present invention discloses a kind of smart lock production test method, comprising: S1, carries out functional test using on-line testing mode in the smart lock electric-controlled plate PCBA stage；S2, after carrying out functional test, burn-in test is carried out using off-line test mode；S3, the smart lock assembled is tested for the property using off-line test mode.Testing efficiency of the present invention greatly promotes；Finer test may be implemented using dedicated test software, improve test coverage, increase the probability of discovery defect；Testing standard degree is very high, greatly reduces due to the case where tester neglects or operates improper caused test leakage or accidentally surveys；Operation is simple, reduces the requirement to tester's profession degree；While meeting high-volume test high efficiency requirement, also meet the requirement to test data fining；The process for avoiding multiple burning using three-in-one electric-controlled plate test software scheme, has saved production cost.
Description
Technical field
The invention belongs to electronic test equipment fields, and in particular to a kind of smart lock production test method.
Background technique
Existing smart lock production test is relied primarily on manual testing or is carried out using the embedded software program for locking itself
Test.
Wherein manual testing has the disadvantage in that
A) manual operation inefficiency needs to put into a large amount of time and manpower；
B) error rate of manual operation is high, is readily incorporated the test leakage and erroneous judgement of manual operation；
C) testing standard is difficult to unified, and different testers, which tests, may obtain different results.
It is had the disadvantage in that using the embedded software program test that smart lock locks itself
A) increase test module in smart lock lock embedded software program, electronic lock hardware money in short supply itself can be occupied
Source；
B) it is limited by the hardware resource of electronic lock itself, test result can not intuitively be shown；
C) test information preservation is difficult, it is difficult to which acquisition is arranged to be used for quality backtracking and process modification.
Summary of the invention
In order to solve the problems, such as to encounter in above-mentioned smart lock production test of the existing technology, present invention aims at mention
For a kind of high efficiency, high consistency, high-accuracy, intuitionistic and concise smart lock production test method.
The technical scheme adopted by the invention is as follows:
A kind of smart lock production test method, includes the following steps:
S1, functional test is carried out using on-line testing mode in the smart lock electric-controlled plate PCBA stage；
S2, after carrying out functional test, burn-in test is carried out using off-line test mode；
S3, the smart lock assembled is tested for the property using off-line test mode；
Electric-controlled plate embedded testing software is run on the smart lock electric-controlled plate, functional test, burn-in test and performance are surveyed
By electric-controlled plate embedded testing software realization, electric-controlled plate embedded testing software is entered by different trigger conditions for examination
Function testing mode, burn-in test mode or performance test mode.
Based on the above technical solution, the functional test carries out in the first test macro, the first test macro
Including production test server, the general purpose computer being connect with production test server communication, and communicated with general purpose computer
The test fixture of connection, production test server are equipped with production test and manage platform, run upper computer software on general purpose computer,
Test fixture is for connecting smart lock；
The upper computer software is different types of to adapt to the different test case set of the formal character for loading script
Then measurand is existed test result and various test datas by command set and electric-controlled plate embedded testing software interactive
Interface display comes out.
Based on the above technical solution, the functional test process includes the following steps:
S11, the corresponding test script of upper computer software load measurand；
S12, upper computer software execute the use-case in test script, and send test to electric-controlled plate embedded testing software and refer to
It enables；
The electric-controlled plate embedded testing software parsing test of S13, measurand instruct and execute corresponding test case, return
Test result is returned to upper computer software；
S14, upper computer software record and show test result and various test datas；
S15, circulation execute S12-S14, until functional test terminates.
Based on the above technical solution, the upper computer software generates testing journal sheet's upload after functional test
Platform is managed to production test, after testing journal sheet is uploaded to production test management platform, production test management platform is also united
Meter is arranged and is shown.
Based on the above technical solution, the upper computer software is before the corresponding test script of load measurand
Starting upper computer software is further comprised the steps of:, while operation information is reported into production test management platform, the upper computer software
It also carries out logging in and the barcode scanning of measurand operates.
Based on the above technical solution, the electric-controlled plate embedded testing software parsing test instruction of the measurand
And measurand electrifying startup is further comprised the steps of: before executing corresponding test case, electric-controlled plate embedded testing software waits
Test command reception.
Based on the above technical solution, the burn-in test is embedding by the electric-controlled plate operated on smart lock electric-controlled plate
Enter formula test software to realize, after burn-in test, test result is shown by smart lock, while will test information preservation
In the storage medium of smart lock.
Based on the above technical solution, the performance test is embedding by the electric-controlled plate operated on smart lock electric-controlled plate
Enter the realization of formula test software, after performance test, test result is shown by smart lock, while will test information preservation
In the storage medium of smart lock.
Based on the above technical solution, the face that the burn-in test and the test result of performance test pass through smart lock
The combination display of plate LED light.
Based on the above technical solution, the operational process of the electric-controlled plate embedded testing software is as follows:
A, electric-controlled plate electrifying startup；
B, the trigger condition to be tested such as, when receiving functional test sign on, entered function test pattern process；When
When receiving burn-in test trigger condition, into burn-in test model process；When receiving performance test trigger condition, enter
Performance test model process；
Function testing mode process:
X1, functional test initialization；
X2, parsing host computer instruction；
X3, it executes corresponding test case and returns the result；
X4, when receiving functional test END instruction, exit function test, otherwise return to X2；
Burn-in test model process:
Y1, burn-in test enter prompt action；
Y2, burn-in test initialization；
Y3, traversal burn-in test use-case set；
Y4, when executing burn-in test end operation, save burn-in test information, execute Y5；Otherwise Y3 is returned；
Y5, ageing test result status display is carried out；
Y6, burn-in test is exited；
Performance test model process:
Z1, performance test enter prompt action；
Z2, performance test initialization；
Z3, traversal performance test use cases close；
Z4, retention test information；
Z5, it is tested for the property result phase and shows；
Z6, performance test is exited.
The invention has the benefit that
1, due to using test program automatic test, testing efficiency greatly promotes the present invention, saved human cost and
Time cost.
2, finer test may be implemented using dedicated test software in the present invention, improves test coverage, increases
The probability of discovery defect, facilitates Improving The Quality of Products.
3, testing standard degree of the present invention is very high, greatly reduces since tester neglects or operate improper cause
Test leakage or accidentally survey the case where.
4, operation of the present invention is simple, and test software reduces with various prompts and fool proof measure to tester's profession
The requirement of degree.
5, test result of the present invention can be shown by functional test host computer procedure/lock panel, very intuitively.
6, functional test results and data of the present invention can be arranged and be uploaded by upper computer software, be facilitated to life
Production process is analyzed and is managed, and closed loop management is formed.
7, burn-in test of the present invention and the performance test results will also save while lock panel is prompted to storage
Device, convenient reading analysis.While meeting high-volume test high efficiency requirement, also meet the requirement to test data fining.
8, the process that the present invention avoids multiple burning using three-in-one electric-controlled plate test software scheme, has saved production
Cost.
Detailed description of the invention
Fig. 1 is functional test upper computer software design framework figure of the invention.
Fig. 2 is production test electric-controlled plate embedded testing software design framework figure of the invention.
Fig. 3 is electric-controlled plate embedded testing software operational flow diagram of the invention.
Fig. 4 is functional test fractional hardware connection schematic diagram of the invention.
Fig. 5 is functional test partial software data interaction schematic diagram of the invention.
Fig. 6 is the hardware connection diagram when present invention carries out burn-in test using Mr. Yu's money smart lock veneer.
Fig. 7 is the cable connection schematic diagram when present invention is tested for the property using the whole lock of Mr. Yu's money smart lock.
Fig. 8 is functional test flow chart of the invention.
Fig. 9 is the schematic diagram (failure bright light phenomenon) that ageing test result of the invention is shown by lock panel.
Figure 10 is the schematic diagram (success bright light phenomenon) that ageing test result of the invention is shown by lock panel.
Figure 11 is the schematic diagram (success bright light phenomenon) that the performance test results of the invention are shown by lock panel.
Figure 12 is that (hardware fault bright light is existing for the schematic diagram that is shown by lock panel of the performance test results of the invention
As).
Figure 13 is that (networking failure bright light is existing for the schematic diagram that is shown by lock panel of the performance test results of the invention
As).
Figure 14 is that (communication failure bright light is existing for the schematic diagram that is shown by lock panel of the performance test results of the invention
As).
Specific embodiment
With reference to the accompanying drawing and specific embodiment the present invention is further elaborated.
Embodiment:
As represented in figures 1 through 14, a kind of smart lock production test method of the present embodiment, includes the following steps:
S1, functional test is carried out using on-line testing mode in the smart lock electric-controlled plate PCBA stage；
S2, after carrying out functional test, burn-in test is carried out using off-line test mode；
S3, the smart lock assembled is tested for the property using off-line test mode.
Functional test carries out in the first test macro, and the first test macro includes: production test server, general-purpose computations
Machine and test fixture, production test server are equipped with production test and manage platform, run upper computer software, intelligence on general purpose computer
Operation electric-controlled plate embedded testing software, the upper computer software test different with the formal character for loading script on electric-controlled plate can be locked
By command set and electric-controlled plate embedded testing software interactive, then directly use-case set adapts to different types of measurand,
Ground is seen to come out test result and various test datas in interface display, supply operator checks use, meanwhile, by upper
Machine software log in and the barcode scanning of measurand operates, convenient that production test procedure is monitored and is managed.
After functional test, upper computer software also generates testing journal sheet and is uploaded to production test management platform.
Various test datas include test object title, test object explanation, test script title, present system time,
Testing time, test item title, testing progress and test item explanation.
Upper computer software includes that test upper computer module and test data upload management module.
Testing upper computer module includes interface management subsystem: providing user's login interface, functional test main interface, swepting slip
The loop test interface as the result is shown of code administration interface sum；Test and management subsystem: carrying out test case management, (universal test is used
Example management and special test management), test the consultative management of communication process management and communication；Telecommunication management subsystem: TCP/ is carried out
IP telecommunication management and serial communication management；Information management subsystem: type information management, log information management, test report are carried out
Table management and equipment operation information management；Configuration management subsystem: program configuration management and the parsing management of Xml script are carried out；It is public
Common mode block: global setting and setting tool storage room are carried out；Xml test script library: single-board testing case script is saved, system test is used
Case script and quality inspection, the dedicated script of maintenance.
Test data uploads management module: providing user's main interface, carries out FTP communication protocol management, TCP/IP communication pipe
Reason, global public setting, application message management, testing journal sheet's directory management and program configuration management.
Electric-controlled plate embedded testing software includes Hardware drive module, Portable Batch System module, production test management mould
Block and public tool storage room.
Hardware drive module includes: communication interface driving, IO driving, storage drive and other peripheral hardwares, subcard driving；Appoint
Business dispatching management module: common task management and timing task management are carried out；Production test management module includes: functional test mould
Block, burn-in test module, performance test module and production test public interface library.
Functional test module: functional test communication protocol management, the realization of functional test use-case and functional test information are carried out
Storage management；Burn-in test module: burn-in test task dispatcher, burn-in test use-case are realized, progress ageing test result is aobvious
Show management and burn-in test information storage tube reason；Performance test module: performance test task dispatcher, performance test case are real
Now, management as the result is shown and performance test information storage tube reason are tested for the property.
Burn-in test passes through the electric-controlled plate embedded testing software realization that operates on smart lock electric-controlled plate, burn-in test knot
Shu Hou, test result are shown by smart lock, while test information preservation is used for work in the storage medium of smart lock
Tool is read and analysis.
Performance test passes through the electric-controlled plate embedded testing software realization that operates on smart lock electric-controlled plate, performance test knot
Shu Hou, test result are shown by smart lock, while test information preservation is used for work in the storage medium of smart lock
Tool is read and analysis.
Electric-controlled plate embedded testing software enters different test patterns by different trigger conditions.
In production process, electric-controlled plate embedded testing software is burnt to smart lock electric-controlled plate.
The operational process of electric-controlled plate embedded testing software is as follows, as shown in Figure 3:
A, electric-controlled plate electrifying startup；
B, the trigger condition to be tested such as, when receiving functional test sign on, entered function test pattern process；When
When receiving burn-in test trigger condition, into burn-in test model process；When receiving performance test trigger condition, enter
Performance test model process；
Function testing mode process:
X1, functional test initialization；
X2, parsing host computer instruction；
X3, it executes corresponding test case and returns the result；
X4, when receiving functional test END instruction, exit function test, otherwise return to X2；
Burn-in test model process:
Y1, burn-in test enter prompt action；
Y2, burn-in test initialization；
Y3, traversal burn-in test use-case set；
Y4, when executing burn-in test end operation, save burn-in test information, execute Y5；Otherwise Y3 is returned；
Y5, ageing test result status display is carried out；
Y6, burn-in test is exited；
Performance test model process:
Z1, performance test enter prompt action；
Z2, performance test initialization；
Z3, traversal performance test use cases close；
Z4, retention test information；
Z5, it is tested for the property result phase and shows；
Z6, performance test is exited.
Functional test process is as follows, as shown in Figure 8:
S11, the corresponding test script of upper computer software load measurand；
S12, upper computer software execute the use-case in test script, and send test to electric-controlled plate embedded testing software and refer to
It enables；
The electric-controlled plate embedded testing software parsing test of S13, measurand instruct and execute corresponding test case, return
Test result is returned to upper computer software；
S14, upper computer software record and show test result and various test datas；
S15, circulation execute S12-S14, until functional test terminates；
S16, upper computer software generate testing journal sheet after functional test and are uploaded to production test management platform.
Upper computer software further comprises the steps of: starting upper computer software before the corresponding test script of load measurand,
Operation information is reported into production test management platform simultaneously.
The electric-controlled plate embedded testing software parsing test of measurand is instructed and is gone back before executing corresponding test case
Comprising steps of measurand electrifying startup, the command reception to be tested such as electric-controlled plate embedded testing software.
After testing journal sheet is uploaded to production test management platform, production test management platform is also counted, arranged and is opened up
Show.
Since part smart lock product is without LED display, the test result and process of burn-in test and performance test are not
It can intuitively be shown by output equipment, therefore the present invention devises a set of can combine by panel LED light and shows test
The mechanism of process or test result.It is not necessarily to external any equipment or cable by user, by the panel LED light for checking smart lock
State can determine whether that the lock is that test passes through or test crash, as shown in Fig. 9-14.
Beneficial effects of the present invention are as follows:
1, due to using test program automatic test, testing efficiency greatly promotes the present invention, saved human cost and
Time cost.
2, finer test may be implemented using dedicated test software in the present invention, improves test coverage, increases
The probability of discovery defect, facilitates Improving The Quality of Products.
3, testing standard degree of the present invention is very high, greatly reduces since tester neglects or operate improper cause
Test leakage or accidentally survey the case where.
4, operation of the present invention is simple, and test software reduces with various prompts and fool proof measure to tester's profession
The requirement of degree.
5, test result of the present invention can be shown by functional test host computer procedure/lock panel, very intuitively.
6, functional test results and data of the present invention can be arranged and be uploaded by upper computer software, be facilitated to life
Production process is analyzed and is managed, and closed loop management is formed.
7, burn-in test of the present invention and the performance test results will also save while lock panel is prompted to storage
Device, convenient reading analysis.While meeting high-volume test high efficiency requirement, also meet the requirement to test data fining.
8, the process that the present invention avoids multiple burning using three-in-one electric-controlled plate test software scheme, has saved production
Cost.
The present invention is not limited to above-mentioned optional embodiment, anyone can show that other are various under the inspiration of the present invention
The product of form, however, make any variation in its shape or structure, it is all to fall into the claims in the present invention confining spectrum
Technical solution, be within the scope of the present invention.
Claims (10)
1. a kind of smart lock production test method, characterized by the following steps:
S1, functional test is carried out using on-line testing mode in the smart lock electric-controlled plate PCBA stage；
S2, after carrying out functional test, burn-in test is carried out using off-line test mode；
S3, the smart lock assembled is tested for the property using off-line test mode；
Electric-controlled plate embedded testing software is run on the smart lock electric-controlled plate, functional test, burn-in test and performance test are equal
By electric-controlled plate embedded testing software realization, electric-controlled plate embedded testing software passes through different trigger condition entered functions
Test pattern, burn-in test mode or performance test mode.
2. a kind of smart lock production test method according to claim 1, it is characterised in that: the functional test is first
It is carried out in test macro, the first test macro includes production test server, is connect with production test server communication general
Computer, and the test fixture with general purpose computer communication connection, production test server are equipped with production test and manage platform,
Upper computer software is run on general purpose computer, test fixture is for connecting smart lock；
The upper computer software is different types of tested to adapt to the different test case set of the formal character for loading script
Object, by command set and electric-controlled plate embedded testing software interactive, then by test result and various test datas at interface
It shows.
3. a kind of smart lock production test method according to claim 2, it is characterised in that: the functional test process packet
Include following steps:
S11, the corresponding test script of upper computer software load measurand；
S12, upper computer software execute the use-case in test script, and send test instruction to electric-controlled plate embedded testing software；
The electric-controlled plate embedded testing software parsing test of S13, measurand instruct and execute corresponding test case, return and survey
Test result is to upper computer software；
S14, upper computer software record and show test result and various test datas；
S15, circulation execute S12-S14, until functional test terminates.
4. a kind of smart lock production test method according to claim 3, it is characterised in that: the upper computer software is in function
Testing journal sheet is generated after capable of testing and is uploaded to production test management platform, and testing journal sheet is uploaded to production test management platform
Afterwards, production test management platform is also counted, arranged and is shown.
5. a kind of smart lock production test method according to claim 3, it is characterised in that: the upper computer software is adding
Starting upper computer software is further comprised the steps of: before carrying the corresponding test script of measurand, while operation information is reported into life
Test management platform is produced, the upper computer software also carries out logging in and the barcode scanning of measurand operates.
6. a kind of smart lock production test method according to claim 3, it is characterised in that: the measurand it is automatically controlled
The parsing test of plate embedded testing software instructs and executes to further comprise the steps of: measurand before corresponding test case and power on and opens
It is dynamic, the command reception to be tested such as electric-controlled plate embedded testing software.
7. a kind of smart lock production test method according to claim 1, it is characterised in that: the burn-in test passes through fortune
Electric-controlled plate embedded testing software realization of the row on smart lock electric-controlled plate, after burn-in test, test result passes through intelligence
Lock is shown, while will test information preservation in the storage medium of smart lock.
8. a kind of smart lock production test method according to claim 1, it is characterised in that: the performance test passes through fortune
Electric-controlled plate embedded testing software realization of the row on smart lock electric-controlled plate, after performance test, test result passes through intelligence
Lock is shown, while will test information preservation in the storage medium of smart lock.
9. a kind of smart lock production test method according to claim 7 or 8, it is characterised in that: the burn-in test and
The test result of performance test combines display by the panel LED light of smart lock.
10. a kind of smart lock production test method according to claim 1, it is characterised in that: the electric-controlled plate is embedded
The operational process of test software is as follows:
A, electric-controlled plate electrifying startup；
B, the trigger condition to be tested such as, when receiving functional test sign on, entered function test pattern process；Work as reception
When to burn-in test trigger condition, into burn-in test model process；When receiving performance test trigger condition, into performance
Test pattern process；
Function testing mode process:
X1, functional test initialization；
X2, parsing host computer instruction；
X3, it executes corresponding test case and returns the result；
X4, when receiving functional test END instruction, exit function test, otherwise return to X2；
Burn-in test model process:
Y1, burn-in test enter prompt action；
Y2, burn-in test initialization；
Y3, traversal burn-in test use-case set；
Y4, when executing burn-in test end operation, save burn-in test information, execute Y5；Otherwise Y3 is returned；
Y5, ageing test result status display is carried out；
Y6, burn-in test is exited；
Performance test model process:
Z1, performance test enter prompt action；
Z2, performance test initialization；
Z3, traversal performance test use cases close；
Z4, retention test information；
Z5, it is tested for the property result phase and shows；
Z6, performance test is exited.
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| CN113064012A (en) * | 2021-03-29 | 2021-07-02 | 万晖五金（深圳）有限公司 | Electronic lock test method, test system, test device, equipment and medium |
| CN115086211A (en) * | 2022-06-08 | 2022-09-20 | 福州昇宇门控智能科技有限公司 | Data transmission method of intelligent lock production cluster test gateway |
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| CN112816811A (en) * | 2020-12-31 | 2021-05-18 | 光一科技股份有限公司 | Management method of convergence terminal aging test system |
| CN113064012A (en) * | 2021-03-29 | 2021-07-02 | 万晖五金（深圳）有限公司 | Electronic lock test method, test system, test device, equipment and medium |
| CN115086211A (en) * | 2022-06-08 | 2022-09-20 | 福州昇宇门控智能科技有限公司 | Data transmission method of intelligent lock production cluster test gateway |
| CN115086211B (en) * | 2022-06-08 | 2024-02-06 | 福州昇宇门控智能科技有限公司 | Data transmission method for intelligent lock production cluster test gateway |
| CN116560985A (en) * | 2023-04-27 | 2023-08-08 | 深圳市晶存科技有限公司 | Chip equipment test control method, upper computer, equipment and medium |
| CN116560985B (en) * | 2023-04-27 | 2024-02-23 | 深圳市晶存科技有限公司 | Chip equipment test control method, upper computer, equipment and medium |
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Application publication date: 20190621 |