CN106569952A - Method and system for running automated testing - Google Patents
Method and system for running automated testing Download PDFInfo
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- 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 the technical field of automated testing and specifically relates to a method and system for running automated testing. The method of the invention comprises following steps: 1) setting an initial time; 2) obtaining the current time of the system; 3) comparing the initial time and the current time of the system, if the initial time is less than the current time of the system, then returning to step 2); otherwise, executing automated testing. The method and system of the invention have high stability, reduce the workload for test personnel and increase the test data and is simple to operate.
Description
Technical field
The present invention relates to automatization testing technique field, specially a kind of method and system of operation automatic test.
Background technology
In a laboratory, many set automatic test environment are often had, generally in many set automated environments simultaneously
Difference or identical automatic test are carried out, in the case of same laboratory same company bandwidth, is often occurred
Air interference, bandwidth occupancy and affect test data.In order to avoid such case, tester is often manually when different
Between point operation automatic test script, the accuracy of automatic test script run time is low；Tester's workload is big；Test
The accuracy of data is low；Testing cost is high.
The patent of publication number CN105320600A provides a kind of test case based on automatic test platform and performs monitoring
Method and system.Wherein, the test case based on automatic test platform performs monitoring method and includes：When a test is used
When example starts to be tested on automatic test platform, start a monitoring server is carried out to the testing time of the test case
Statistics；When the testing time use-case testing time of setting is exceeded, the monitoring server to the automatic test is flat
Platform sends test failure message；When the automatic test platform receives the test failure message, terminate current test
And start the test of the next test case of automatic test platform setting.The present invention can realize going out in test script
In the case of mistake, test environment is recovered automatically, and continue to complete follow-up test, facilitate implementation left unguarded, substantially increased
The efficiency of test.
The patent of Publication No. CN102438055A discloses a kind of mobile phone automatized test method based on Bluetooth communication,
Its step is as follows：The 1st, Bluetooth control end is installed on PC, bluetooth applications client is installed on mobile phone；2nd, the automatic of PC ends is opened
Change test software；3rd, mobile phone to be measured and PC ends are matched；4th, PC ends and mobile phone terminal send mutually instruction with true after successful matching
Recognize communication normal；5th, the automatic test software at PC ends sends test case and starts to test to mobile phone terminal；6th, mobile phone terminal response refers to
Order performs corresponding function action, generates test record and passes back to PC ends；7th, PC ends analyze and process test record and draw survey
Test result, write into Databasce.The wired connections such as USB, serial ports are changed to into wireless connection, numerous and diverse connection is reduced, are tested
Become succinct；Charged state can be in using USB connections mobile phone, be unfavorable for testing current, and would not be had using Bluetooth communication
The interference of this respect, and be widely used, every mobile phone with Bluetooth function can be used.
Though above-mentioned two parts of art solutions have its respective technological merit, the unresolved prior art of both of which is present
Foregoing problems：That is the accuracy of test script run time is low；Tester's workload is big；The accuracy of test data is low；
Testing cost is high.
The content of the invention
It is an object of the invention to provide a kind of stability is high, mitigate tester's workload, simple to operate and can improve survey
The accuracy of examination data, the method and system for running automatic test for reducing testing cost.
The present invention above-mentioned technical purpose technical scheme is that：
A kind of method of operation automatic test, comprises the steps：
1) initial time is set；
2) current time in system is obtained；
3) initial time and current time in system are compared：
If the initial time is less than current time in system, return to step 2)；
Otherwise, then automatic test is performed.
As preferred, the step 1 to the present invention) in, the concrete time that the initial time starts for automatic test is simultaneously
It is accurate to minute.
As preferred, the step 2 to the present invention) in, during the current time in system is by calling time modules
Localtime functions are simultaneously obtained by the derivation of localtime functions.
Used as to the preferred of the present invention, the current time in system, need to be through following step Jing after the derivation of localtime functions
Suddenly processed：
2-1. is by the current time in system assignment to the first variable；
2-2. is split with the first rule to first variable, generates first list, and will represent described in first list
All or part of time parameter of current time in system is extracted and is assigned to the second variable；
2-3. is split with Second Rule to second variable, generates second list, and generates in second list some
Represent the element of the single time parameter of the current time in system.
As to the preferred of the present invention, before the initial time and the current time in system are compared, described
Time beginning retains hour and the two parameters of minute, and the current time in system also retains hour and the two parameters of minute.
As preferred, the step 3 to the present invention) in specific comparison procedure it is as follows：
3-1. systems call if functions to be compared the hour parameter of initial time with the hour parameter of current time in system to sentence
It is disconnected；
If the hour parameter of 3-2. current time in system is less than the hour parameter of initial time, continue functions are called to jump
To step 2)；If the hour parameter of current time in system is equal to the hour parameter of initial time, by the current time in system
Minute parameter is contrasted with the minute parameter of initial time, if the minute parameter of current time in system is less than initial time
Minute parameter, then call continue functions to skip to step 2)；If the hour parameter of current time in system is equal to initial time
Hour parameter and the minute parameter of current time in system be equal to initial time minute parameter, then perform automatic test；Such as
The hour parameter of fruit current time in system is equal to more than the hour parameter or the hour parameter of current time in system of initial time
The hour parameter of initial time, and the minute parameter of current time in system is then performed automatic more than the minute parameter of initial time
Change test.
The invention also discloses a kind of system of operation automatic test, it includes that initial time setup module, system are worked as
Front time-obtaining module and compare performing module, wherein：
The initial time setup module is used to arrange the time that automatic test starts；
The current time in system acquisition module is used to obtain the current time in system；
It is described to compare performing module for relatively the initial time and the current time in system and deciding whether to perform automatically
Change test.
Used as to the preferred of the present invention, the initial time setup module includes input module and time modular converter, its
In：
The input module is used for tester and is input into the time that automatic test starts；
The time modular converter is used to for the time that tester's input automatic test starts to be converted into integer.
Used as to the preferred of the present invention, the current time in system acquisition module includes time export module and time-triggered protocol
Module, wherein：
The time export module is used to derive the current time in system of initial format；
The time-triggered protocol module is used to for the current time in system of initial format entering row format when changing and being divided into single
Between parameter.
Used as to the preferred of the present invention, the performing module that compares includes comparison module, returns module and performing module, its
In：
The comparison module is used for relatively more described initial time and the size of the current time in system；
The return module is used to be decided whether to return to the current time in system according to the comparative result of comparison module
Acquisition module；
The performing module is used to be decided whether to perform automatic test according to the comparative result of comparison module.
Overall technical architecture of the present invention has logicality more preferable, it is not easy to malfunction, and monitors during by setting, when time is up, you can
Automatic test is carried out like clockwork, therefore, an operation automatic test is monitored when also referred to as setting, can be real in systems
It is existing, during with various functions, the script of these call functions is packaged in advance, tester's workload, operation can be mitigated
Simply, the accuracy of test data can be improved again, reduce testing cost.
Description of the drawings
Fig. 1 is the main-process stream schematic diagram of the embodiment of the present invention 1.
Fig. 2 is the schematic diagram of the detailed process of the one of which refinement scheme of the embodiment of the present invention 1.
Fig. 3 is the system block diagram of the embodiment of the present invention 2.
Specific embodiment
Specific examples below is only explanation of the invention, and it is not limitation of the present invention, art technology
Personnel can make as needed the modification without creative contribution after this specification is read to the present embodiment, but as long as
All protected by Patent Law in scope of the presently claimed invention.
Embodiment 1
A kind of method of operation automatic test of the present embodiment, comprises the steps：
1) initial time is set；
2) current time in system is obtained；
3) initial time and current time in system are compared：
If the initial time is less than current time in system, return to step 2)；
Otherwise, then automatic test is performed.
Entirely scheme is relatively simple is also capable of achieving, main flow, first by tester's setting automatic test
Execution is monitored in time beginning, the then execution of automatic test by the system for matching, by obtaining the current time in system simultaneously
The current time in system and initial time are compared into size, judge whether to start to perform automatic test, main-process stream is illustrated
Figure is as shown in Figure 1.
During initial time is set, i.e. step 1) in, the initial time for automatic test start it is concrete
Time and the minute of being accurate to, wherein, the initial time should be that the specific automatic test of tester's input starts to hold
Capable time, form is preferably hour, minute, and it is whole by corresponding system int functions should to be called to be converted into the time of input
Type；
And in step 2) in, the current time in system by calling time modules in localtime functions and by
Localtime functions are derived and obtained.And in the current time in system Jing after the derivation of localtime functions, need to be through following step
Suddenly processed：
2-1. is by the current time in system assignment to the first variable；
2-2. is split with the first rule to first variable, generates first list, and will represent described in first list
All or part of time parameter of current time in system is extracted and is assigned to the second variable；
2-3. is split with Second Rule to second variable, generates second list, and generates in second list some
Represent the element of the single time parameter of the current time in system.
Above-mentioned, the current time in system should also enter the conversion of row format Jing after the derivation of localtime functions, by calling time
The current time in system of the initial format of acquisition is converted into asctime functions in module the form of easy reading, such as year, the moon,
Day, the form of time, and in processing procedure, the first variable can adopt variables A, the second variable to adopt variable B；First
Rule can call rule of the re modules split function by variables A based on space, Second Rule to adopt system using system
Call rule of the re modules split function by variable B based on colon；The 3rd element can be selected in first list as being
All or part of time parameter of system current time extracts and is assigned to the second variable, is preferably formed as in second list
Two elements, are respectively the 0th element and the 1st element, can further preferably be used to represent the hour of current time in system
Parameter and minute parameter, based on these particular contents, the processing procedure of the current time in system can be formed into one can be real
The example of existing distance, it is as follows：
2-1. is by the current time in system assignment in variables A；
2-2. systems call re module split functions to be split variables A based on space, generate first list, and by first
Represent that all or part of time parameter of the current time in system is extracted in list and be assigned to variable B；
2-3. systems call re modules split function to be split variable B based on colon, generate second list, and second
The element of some single time parameters for representing the current time in system is generated in list.
In step 3）Before carrying out, need it is stressed again that i.e. described initial time and the current time in system are compared
Before relatively, the initial time retains hour and the two parameters of minute, and the current time in system also retains hour and minute
The two parameters, are easy to whole scheme effectively to implement, and can be compared like clockwork, are also convenient for above-mentioned various numerical value and become
Change, generate the carrying out of the steps such as list.
Next, to step 3) design that more refined, it is arranged to following specific comparison procedure：
3-1. systems call if functions to be compared the hour parameter of initial time with the hour parameter of current time in system to sentence
It is disconnected；
If the hour parameter of 3-2. current time in system is less than the hour parameter of initial time, continue functions are called to jump
To step 2)；If the hour parameter of current time in system is equal to the hour parameter of initial time, by the current time in system
Minute parameter is contrasted with the minute parameter of initial time, if the minute parameter of current time in system is less than initial time
Minute parameter, then call continue functions to skip to step 2)；If the hour parameter of current time in system is equal to initial time
Hour parameter and the minute parameter of current time in system be equal to initial time minute parameter, then perform automatic test；Such as
The hour parameter of fruit current time in system is equal to more than the hour parameter or the hour parameter of current time in system of initial time
The hour parameter of initial time, and the minute parameter of current time in system is then performed automatic more than the minute parameter of initial time
Change test.
Through the explanation of such scheme, a kind of detailed process of the refinement scheme that can be realized is provided below, such as Fig. 2 institutes
Show, comprise the steps：
（1）Tester arranges an initial time, the time performed by being input into specific automatic test to start, and form is little
When, minute, and it is whole to be called int functions to be converted into the time performed being input into specific automatic test by corresponding system
Type；
（2）System calls localtime functions guiding system current time in time modules, and calls in time modules
The current time in system of the initial format of acquisition is converted into asctime functions the form of easy reading, such as year, month, day, time
Form, and export assignment in variables A；
（3）System calls re module split functions to be split variables A based on space, generates first list, and by first row
3rd element extraction of all or part of time parameter in table as the current time in system is out assigned to variable B；
（4）System calls re modules split function to be split variable B based on colon, generates second list, and in secondary series
The 0th element and the 1st element are generated in table, the 0th element and the 1st element represent that respectively the hour of current time in system is joined
Number and minute parameter；
（5）System calls if functions to be compared the hour parameter of initial time with the hour parameter of current time in system to sentence
It is disconnected；
（6）If the hour parameter of 6-1. current time in system calls continue letters less than the hour parameter of initial time
Number skips to step 2)；
If the hour parameter of 6-2. current time in system is equal to the hour parameter of initial time, by dividing for current time in system
Clock parameter is contrasted with the minute parameter of initial time, if the minute parameter of current time in system is less than dividing for initial time
Clock parameter, then call continue functions to skip to step 2)；
If the hour parameter of 6-3. current time in system is equal to the hour parameter of initial time and the minute of current time in system
Parameter is equal to the minute parameter of initial time, then perform automatic test；
If the hour parameter of 6-4. current time in system more than initial time hour parameter or the current time in system it is little
When parameter be equal to initial time hour parameter, and the minute parameter of current time in system more than initial time minute parameter,
Then perform automatic test.
Above-mentioned modules, function etc. can adopt the existing module or function of existing system, it is also possible to these
Module, function etc. carry out compiling again.
The method of the present invention monitors a method for operation automatic test when being properly termed as setting, can produce extraordinary survey
Examination effect, by configuring corresponding system, can effectively improve the accuracy of automatic test script run time, can mitigate test
Person works measure, and improve the accuracy of test data, reduce testing cost；And raising business logic processing efficiency, system
Stability it is higher, data flow communication is more smooth, improve equipment arithmetic speed, so as to equipment physical property also can be lifted.
Embodiment 2
As shown in figure 3, a kind of system of operation automatic test of the present embodiment, including initial time setup module, system be current
Time-obtaining module and compare performing module, wherein：
The initial time setup module is used to arrange the time that automatic test starts；
The current time in system acquisition module is used to obtain the current time in system；
It is described to compare performing module for relatively the initial time and the current time in system and deciding whether to perform automatically
Change test.
The system can be adapted with the method for embodiment 1, apply to automatic test, carry out strictly according to the facts in corresponding module
Apply the step in example 1, you can suitable for the method for embodiment 1, the execution of accurate auto-control test.
And the further refinement of whole system is as follows：
1st, the initial time setup module includes input module and time modular converter, wherein：
The input module is used for tester and is input into the time that automatic test starts；
The time modular converter is used to for the time that tester's input automatic test starts to be converted into integer.
2nd, the current time in system acquisition module includes time export module and time-triggered protocol module, wherein：
The time export module is used to derive the current time in system of initial format；
The time-triggered protocol module is used to for the current time in system of initial format entering row format when changing and being divided into single
Between parameter.
3rd, the performing module that compares includes comparison module, returns module and performing module, wherein：
The comparison module is used for relatively more described initial time and the size of the current time in system；
The return module is used to be decided whether to return to the current time in system according to the comparative result of comparison module
Acquisition module；
The performing module is used to be decided whether to perform automatic test according to the comparative result of comparison module.
Further, the time modular converter can be aided with int functions, for initial time to be converted into into integer；
The time export module can be aided with localtime functions, for guiding system current time；
The time-triggered protocol module is aided with asctime functions and split functions, and the current time in system for being respectively used to obtain turns
Change the form of easy reading into and for the current time in system after conversion to be carried out into dividing processing；
The comparison module can be aided with if functions, for initial time and the comparison size of current time in system；
The return module can be aided with continue functions, for returning to the step of reacquiring the current time in system.
As it appears from the above, this system can preferably suitable for embodiment 1 method, it is of course also possible to coordinate embodiment 1 with
The method of other outer operation automatic tests, monitors carrying out for operation automatic test work when being set.
The monitoring to the time is realized by the form of automatization；System script is packaged, and tester only need to be calling
Form insert initial time operation, when various functions are called, the script of these call functions is sealed in advance
Dress, namely the encapsulation of script, monitor during by setting, when time is up, you can carry out automatic test like clockwork, can be more effectively
Realization monitors an operation automatic test when setting.
Using said system, stability is higher, can improve the accuracy of automatic test script run time, can mitigate survey
Examination person works' amount, improves the accuracy of test data, reduces testing cost；And business logic processing efficiency is improved, it is
The stability of system is higher, and data flow communication is more smooth, the arithmetic speed of equipment is improved, so as to equipment physical property also can be lifted.
Those skilled in the art, can be to these embodiments on the premise of the principle and essence without departing substantially from the present invention
Various changes or modifications are made, but these changes and modification each fall within protection scope of the present invention.
Claims (10)
1. it is a kind of operation automatic test method, it is characterised in that comprise the steps：
1) initial time is set；
2) current time in system is obtained；
3) initial time and current time in system are compared：
If the initial time is less than current time in system, return to step 2)；
Otherwise, then automatic test is performed.
2. it is according to claim 1 it is a kind of operation automatic test method, it is characterised in that：Step 1) in, described
Concrete time that time beginning starts for automatic test and the minute of being accurate to.
3. it is according to claim 2 it is a kind of operation automatic test method, it is characterised in that：Step 2) in, the system
System current time by calling time modules in localtime functions and by localtime functions derive obtain.
4. it is according to claim 3 it is a kind of operation automatic test method, it is characterised in that：The current time in system
Jing after localtime functions are derived, processed through following steps：
2-1. is by the current time in system assignment to the first variable；
2-2. is split with the first rule to first variable, generates first list, and will represent described in first list
All or part of time parameter of current time in system is extracted and is assigned to the second variable；
2-3. is split with Second Rule to second variable, generates second list, and generates in second list some
Represent the element of the single time parameter of the current time in system.
5. the method for a kind of operation automatic test according to claim 3 or 4, it is characterised in that：The initial time
Before being compared with the current time in system, the initial time retains hour and the two parameters of minute, the system
Current time also retains hour and the two parameters of minute.
6. it is according to claim 5 it is a kind of operation automatic test method, it is characterised in that：Step 3) in specifically compare
It is as follows compared with process：
3-1. systems call if functions to be compared the hour parameter of initial time with the hour parameter of current time in system to sentence
It is disconnected；
If the hour parameter of 3-2. current time in system is less than the hour parameter of initial time, continue functions are called to jump
To step 2)；If the hour parameter of current time in system is equal to the hour parameter of initial time, by the current time in system
Minute parameter is contrasted with the minute parameter of initial time, if the minute parameter of current time in system is less than initial time
Minute parameter, then call continue functions to skip to step 2)；If the hour parameter of current time in system is equal to initial time
Hour parameter and the minute parameter of current time in system be equal to initial time minute parameter, then perform automatic test；Such as
The hour parameter of fruit current time in system is equal to more than the hour parameter or the hour parameter of current time in system of initial time
The hour parameter of initial time, and the minute parameter of current time in system is then performed automatic more than the minute parameter of initial time
Change test.
7. it is a kind of operation automatic test system, it is characterised in that：Obtain including initial time setup module, current time in system
Delivery block and compare performing module, wherein：
The initial time setup module is used to arrange the time that automatic test starts；
The current time in system acquisition module is used to obtain the current time in system；
It is described to compare performing module for relatively the initial time and the current time in system and deciding whether to perform automatically
Change test.
8. it is according to claim 7 it is a kind of operation automatic test system, it is characterised in that：The initial time is arranged
Module includes input module and time modular converter, wherein：
The input module is used for tester and is input into the time that automatic test starts；
The time modular converter is used to for the time that tester's input automatic test starts to be converted into integer.
9. it is according to claim 7 it is a kind of operation automatic test system, it is characterised in that：The current time in system
Acquisition module includes time export module and time-triggered protocol module, wherein：
The time export module is used to derive the current time in system of initial format；
The time-triggered protocol module is used to for the current time in system of initial format entering row format when changing and being divided into single
Between parameter.
10. it is according to claim 7 it is a kind of operation automatic test system, it is characterised in that：It is described to compare execution mould
Block includes comparison module, returns module and performing module, wherein：
The comparison module is used for relatively more described initial time and the size of the current time in system；
The return module is used to be decided whether to return to the current time in system according to the comparative result of comparison module
Acquisition module；
The performing module is used to be decided whether to perform automatic test according to the comparative result of comparison module.
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| CN201610965363.8A CN106569952A (en) | 2016-11-04 | 2016-11-04 | Method and system for running automated testing |
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ID=58536308
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108401152A (en) * | 2018-04-16 | 2018-08-14 | 世纪美映影院技术服务（北京）有限公司 | A method of motion picture projection quality detect and calibrate automatically |
| CN116991710A (en) * | 2023-06-27 | 2023-11-03 | 珠海妙存科技有限公司 | Automatic test method and system, electronic equipment and storage medium thereof |
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| US20140322815A1 (en) * | 2013-04-26 | 2014-10-30 | Roche Diagnostics Operations, Inc. | Pairing and synchronizing a mobile phone application with a handheld glucose meter |
| CN104901848A (en) * | 2015-06-02 | 2015-09-09 | 上海斐讯数据通信技术有限公司 | Automated testing system and method for startup and shutdown of router |
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| CN101933001A (en) * | 2008-01-31 | 2010-12-29 | 雅虎公司 | Executing software performance test jobs in a clustered system |
| US20140322815A1 (en) * | 2013-04-26 | 2014-10-30 | Roche Diagnostics Operations, Inc. | Pairing and synchronizing a mobile phone application with a handheld glucose meter |
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| CN108401152A (en) * | 2018-04-16 | 2018-08-14 | 世纪美映影院技术服务（北京）有限公司 | A method of motion picture projection quality detect and calibrate automatically |
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