CN105162664A - Automatic platform testing method and system developed based on intermediate layers of instruments - Google Patents
Automatic platform testing method and system developed based on intermediate layers of instruments Download PDFInfo
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- CN105162664A CN105162664A CN201510638817.6A CN201510638817A CN105162664A CN 105162664 A CN105162664 A CN 105162664A CN 201510638817 A CN201510638817 A CN 201510638817A CN 105162664 A CN105162664 A CN 105162664A
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Abstract
The invention discloses an automatic platform testing method developed based on the intermediate layers of instruments. The method comprises the following steps: connecting a device to be tested; loading a consistent intermediate layer interface for connecting to the library files of different flow testing instruments; and connecting to the flow testing instruments via the consistent intermediate layer interface so that tests can be performed without changing the library files even when a testing environment changes. According to the testing method, the consistent intermediate layer interface of the instruments is defined so that an automatic developer does not need to develop several different test libraries for different testing instruments and a user only needs to load the consistent intermediate layer interface of the instrument without considering the type of the instrument operating in the testing environment. The problem of the adjustment of the whole testing kit due to the change of the testing environment is solved and the stability of automatic platform testing is enhanced; the compatibility with the library file interfaces of the instruments of different types can be realized and the physical property operations of the different types can be shielded.
Description
Technical field
The present invention relates to instrument flow automatic test field, particularly relate to a kind of automation platform method of testing based on the exploitation of instrument intermediate layer and system.
Background technology
At present for the instrument automation test in automatic test platform environment, essence is the API (ApplicationProgrammingInterface utilizing each instrument to provide, application programming interface) storehouse, the IxiaAPILibrary exploitation customization of SmartLibrary, IXIA of such as Smartbits is applicable to the test library of selftest platform.User loads the test library of corresponding instrument according to existing automatic test environmental selection, test cases in the test library method called in test library realizes the test operation to instrument, because the API implementation of every class instrument is different, therefore test cases needs for often overlapping a set of testing scheme of self corresponding to API.When many cover product needed are tested simultaneously, the test suite often overlapping product all will do corresponding change, not easy care.
Because prior art is for test library corresponding to dissimilar instrument exploitation, the test cases that the personnel of automatic test are corresponding alone or in combination according to the implementation method called in test library.After the instrument in automatic test environment changes, need load other test libraries, corresponding test cases all needs to do corresponding variation.Because along with the change of meter type, call function during Meter Test changes thereupon, or the function called does not become, but the parameter quantity of correspondence and parameter type change to some extent.Therefore, whenever automatic test environment changes, test cases all needs to change thereupon, or needs to prepare to adapt to the many covers test cases overlapping test environment more.This kind of test operation causes the redundancy of test suite, adds the workload of test maintaining simultaneously.
Summary of the invention
Main purpose of the present invention is to solve in prior art when automatic test environment changes or increase flow rate test instrument newly, and test cases needs the problem of carrying out corresponding change.
For achieving the above object, a kind of automation platform method of testing based on the exploitation of instrument intermediate layer provided by the invention.Said method comprising the steps of: connect device under test, carry out automation platform test; Load intermediate layer consistent interface, in order to be connected with the library file of different flow test instrumentation, when changing to make test environment, need not library file be changed; And be connected with described flow rate test instrument by intermediate layer consistent interface, perform test.
Further, described definition intermediate layer consistent interface specifically comprises the following steps: definition board class and port class parent; Define a board test subclass and inherit described board class parent, in order to realize connecting machine frame, retaining board operation; And definition Single port test subclass inherits described port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, traffic statistics, message analysis operation.
Further, the setting of described board test subclass and described port test subclass, in order to define flow rate test method, the mode adopting unsetting participation global variable table to combine realizes the operation of described board test subclass and described port test subclass.
Further, the setting of described board test subclass and described port test subclass, in order to define flow rate test method, the operation that the mode adopting unsetting participation global variable table to combine realizes described board test subclass and described port test subclass specifically comprises the following steps: the parameter/variable table of described flow rate test instrument and keyword key assignments are stored in described global variable table; The meter type of described flow rate test instrument and test parameter are stored in described parameter/variable table; And when the meter type of described flow rate test instrument changes or increases, meter type and the test parameter of described flow rate test instrument correspondence changed are replaced at described parameter/variable table.
Further, described flow rate test instrument comprises Smartbits, one or more in IXIA, TestCenter.
Further, present invention also offers a kind of automation platform testing system based on the exploitation of instrument intermediate layer, described system comprises: automation platform testing server, intermediate layer consistent interface and testing execution module; Described automation platform testing server, in order to connect device under test, carries out automation platform test; Described intermediate layer consistent interface, in order to be connected with the library file of different flow test instrumentation, need not change library file when changing to make test environment; Described testing execution module, is connected with described flow rate test instrument by intermediate layer consistent interface, performs test.
Further, described intermediate layer consistent interface specifically comprises: parent test submodule and subclass test submodule; Described parent test submodule, definition board class and port class parent; Described subclass test submodule, defines a board test subclass and inherits described board class parent, in order to realize connecting machine frame, retaining board operation; And definition Single port test subclass inherits described port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, traffic statistics, message analysis operation.
Further, described subclass test submodule, in order to define flow rate test method, the mode adopting unsetting participation global variable table to combine realizes the operation of described board test subclass and described port test subclass.
Further, described subclass test submodule specifically comprises: global variable table and parameter/variable table; Described global variable table, in order to store parameter/variable table and the keyword key assignments of described flow rate test instrument; Described parameter/variable table, in order to store meter type and the test parameter of described flow rate test instrument; When the meter type of described flow rate test instrument changes or increases, meter type and the test parameter of described flow rate test instrument correspondence changed are replaced at described argument table.
Further, described flow rate test instrument comprises Smartbits, one or more in IXIA, TestCenter.
Automation platform test method definitions instrument intermediate layer consistent interface based on the exploitation of instrument intermediate layer provided by the present invention, by design board class and port class two parents, and then employing universal method subclass successor two parents; And the mode adopting unsetting participation global variable to combine is to realize subclass operation, is wherein formed by argument table and keyword key assignment combination in global variable.Person does not need to develop the different test library of a few cover for different test instrumentation to make development of automation, and user does not need the type of considering to carry out the instrument operated in test environment yet, only need load instrument intermediate layer consistent interface.Solve test environment change and cause needing whole test suite to carry out the problem that adjusts, enhance the stability of automation platform test, can the library file interface of compatible dissimilar instrument, the physical characteristic operation of shielding different instrument.
Accompanying drawing explanation
The method step flow chart of a kind of automation platform method of testing based on the exploitation of instrument intermediate layer that Fig. 1 provides for the embodiment of the present invention;
The automatic test platform running environment schematic diagram that Fig. 2 provides for the embodiment of the present invention;
The building-block of logic of intermediate layer instrument uniform interface in automatic test platform that Fig. 3 provides for the embodiment of the present invention;
The intermediate layer instrument uniform interface subclass methods procedure chart that Fig. 4 provides for the embodiment of the present invention;
Fig. 5 is not for applying the test logic schematic diagram of the automation platform method of testing based on the exploitation of instrument intermediate layer that the embodiment of the present invention provides;
The test logic schematic diagram of the automation platform method of testing based on the exploitation of instrument intermediate layer that Fig. 6 provides for the application embodiment of the present invention; And
The structured flowchart of the automation platform testing system based on the exploitation of instrument intermediate layer that Fig. 7 provides for the embodiment of the present invention.
Realization of the present invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with Figure of description, the preferred embodiments of the present invention are described, be to be understood that, preferred embodiment described herein is only for instruction and explanation of the present invention, be not intended to limit the present invention, and when not conflicting, the embodiment in the present invention and the feature in embodiment can combine mutually.
As shown in Figure 1, be a kind of method step flow chart of automation platform method of testing based on the exploitation of instrument intermediate layer that the embodiment of the present invention provides.A kind of automation platform method of testing based on the exploitation of instrument intermediate layer provided by the invention comprises the following steps:
S101: connect device under test, carry out automation platform test;
S102: definition intermediate layer consistent interface, in order to be connected with the library file of different flow test instrumentation, library file need not be changed when changing to make test environment, person does not need for different flow test instrumentation and develops the different test library of a few cover to make development of automation, user does not need to consider the flow rate test instrument type in test environment yet, only loads intermediate layer interface; And
S103: be connected with flow rate test instrument by intermediate layer consistent interface, perform test.
Wherein, further, the flow rate test instrument in the embodiment of the present invention comprises Smartbits, one or more in IXIA, TestCenter.
The automation platform method of testing of the present invention's design is the keyword automated test frame based on python exploitation, but this programme is applicable to the automation platform test of other language too, does not limit at this.
Further, when the type of flow rate test instrument is different, the API implementation being flow rate test instrument is different, realizes object operation and is and chooses board, take port, port adds data flow, arrange flow parameter, transmitting-receiving bag and traffic statistics etc.Therefore step S102 definition intermediate layer consistent interface specifically comprises the following steps:
S20: definition board class and port class parent;
S21: define a board test subclass and inherit board class parent, in order to realize connecting machine frame, retaining the operations such as board;
S22: definition Single port test subclass inherits port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, the operation such as traffic statistics, message analysis.
As shown in Figure 2, be automatic test platform running environment schematic diagram that the embodiment of the present invention provides.Automation platform test environment provided by the invention is that basic two three-layer equipment functional test automatic operating environment are see Fig. 2, comprise automatic test platform, device under test DUT and flow rate test instrument, and then learn that the present invention is applicable to the automatic test environment of all broadband access arrangements.Wherein, automatic test platform comprises test cases management platform, dispatching platform, automatic test platform running environment (not shown).
Further, the setting of board test subclass and port test subclass, in order to define flow rate test method, unsetting participation global variable table is adopted to combine general purpose function func (* args, * dictargs) mode realize board test subclass and the operation of port test subclass, wherein, * args and indefinite parameter are general parameter, * dictargs is global variable table, containing parameter/variable table and keyword key assignments in described global variable table, only the meter type in parameter/variable table and test parameter need be carried out replacing when flow rate test instrument increases or test environment changes.
Embodiment of the present invention key is in the realization of each subclass methods, the setting of instrument intermediate layer consistent interface, the api interface of the necessary compatible all flow rate test instrument of each test subclass methods.Consider that flow rate test instrument generally supports C/C++, calling of TCL form, TCL (ToolControlLanguage, instrument control language) generally can be adopted to develop, if python language can be changed with TKinter storehouse.As shown in Figure 3, be the building-block of logic of intermediate layer instrument uniform interface in automatic test platform that the embodiment of the present invention provides.Instrument intermediate layer consistent interface MiddleLayerAccessibilityTrafficInterface is positioned at test suite (TestSuit) (namely, a whole set of test test case) and each flow rate test instrument Smartbits, between IXIA, TestCenter, the interface of the control hardware that the application program based on each instrument provides and HighLevelAPI (high-order defining interface) extract the consistent interface parameter for each method.
Further, the setting of board test subclass and port test subclass, in order to define flow rate test method, the operation that the mode adopting unsetting participation global variable table to combine realizes board test subclass and port test subclass specifically comprises the following steps:
S30: the parameter/variable table of flow rate test instrument and keyword key assignments are stored in global variable table;
S31: the meter type of flow rate test instrument and test parameter are stored in parameter/variable table (name, value), wherein, name is the meter type of flow rate test, and value is test parameter corresponding to this meter type, simultaneously, flow rate test instrument and Wire Parameters can be got up by the form of keyword key assignments clearly, namely binding refers to that the meter type of flow rate test instrument and test parameter are stored in parameter/variable table (name, value) in, what name and value was corresponding is meter type and test parameter, go to call by the mode of dictionary, and safeguarded by a global variable table, test subclass methods corresponding to instrument different is like this same, as long as the test cases namely in test suite loads corresponding parameter/variable table, just can call same test subclass methods to realize.As shown in Figure 4, the process schematic of the intermediate layer instrument uniform interface subclass methods provided for the embodiment of the present invention.Universal method due to flow rate test instrument is identical, but often kind of test instrumentation realization to method of testing is different, therefore change or newly-increased instrument time according to the instrument API implementation of change, meter type and the test parameter of the flow rate test instrument only correspondence need changed be replaced at parameter/variable table.Namely when the flow rate test instrument in test environment changes (change or increase), only need import different parameter/variable table (that is, the table containing flow rate test table type and parameter) inheriting in CardClass () and the subclass of PortClass () changes or increase method class as required.
Further, as shown in Figure 5, for not applying the test logic schematic diagram of the automation platform method of testing based on the exploitation of instrument intermediate layer that the embodiment of the present invention provides.When not applying the automation platform method of testing based on the exploitation of instrument intermediate layer that the embodiment of the present invention provides, when namely not adopting instrument intermediate layer consistent interface, develop different APILibrary according to different flow rate test instrument.Smartbits, IXIA, TestCenter instrument is applicable to automatic test SMBLibrary, IXIALibrary, TCLibrary of this device under test DUT and automatic test platform respectively according to SmartLibrary interface, IXIAAPILibrary interface, TestCenterAPILibrary interface exploitation.Three kinds of flow rate test instrument need three cover API, and often overlap inner different implementation and the parameter needing correspondence according to the definition of self instrument of API, therefore the test cases in test suite need choose diverse ways according to the different flow tester Table A PI storehouse imported, describe many cover flow rate test instrument automatic test need with many cover test cases with the use of.
Further, the test logic schematic diagram of automation platform method of testing based on the exploitation of instrument intermediate layer that provides for the application embodiment of the present invention of Fig. 6.When applying the automation platform method of testing based on the exploitation of instrument intermediate layer that the embodiment of the present invention provides, when namely adopting instrument intermediate layer consistent interface, different meter type is shielded by definition instrument intermediate layer consistent interface, and owing to adopting different instrument type to cause different to be combined by unsetting participation global variable table of desired parameters to import mode into and solve.Namely, as shown in Figure 6, automation platform service connects DUT to be measured and judges flow instrument type, no matter be flow instrument is which or which, all carry out global variable table corresponding to load traffic instrument and namely load middle detection consistent interface in test macro, and then test further.Parameter/variable table and keyword key assignments is defined in global variable table, each flow rate test instrument safeguards a global variable table, the test suite that arranges of intermediate layer consistent interface does not need to follow the change of flow rate test instrument in test environment and changes, the test cases that this ensure that in test suite is unique a set of, do not need to overlap test cases more, decrease because environment changes the uncertainty safeguarded and produce.Enhance the stability of test environment.Because the testing scheme of concrete flow rate test instrument is consistent with traditional test, not the wish key protection point of the embodiment of the present invention, do not repeat at this.
Further, present invention also offers a kind of automation platform testing system based on the exploitation of instrument intermediate layer, described system comprises: automation platform testing server 701, intermediate layer consistent interface 702 and testing execution module 703;
Automation platform testing server 701, in order to connect device under test;
Intermediate layer consistent interface 702, in order to be connected with the library file of different flow test instrumentation;
Testing execution module 703, is connected with flow rate test instrument by intermediate layer consistent interface 702, performs test.
Further, define intermediate layer consistent interface 702 specifically to comprise: parent test submodule and subclass test submodule;
Parent test submodule, definition board class and port class parent;
Subclass test submodule, defines a board test subclass and inherits board class parent, in order to realize connecting machine frame, retaining board operation; And
Definition Single port test subclass inherits port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, and traffic statistics, message analysis operation.
Further, subclass test submodule, in order to define flow rate test method, the mode adopting unsetting participation global variable table to combine realizes the operation of board test subclass and port test subclass.
Further, subclass test submodule specifically comprises global variable table and parameter/variable table:
Global variable table, in order to parameter/variable table and the keyword key assignments of storage flow tester table;
Parameter/variable table, in order to meter type and the test parameter of storage flow tester table;
When the meter type of flow rate test instrument changes or increases, meter type and the test parameter of flow rate test instrument correspondence changed are replaced at argument table.
For system embodiment, due to itself and embodiment of the method basic simlarity, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.
Automation platform test method definitions instrument intermediate layer consistent interface based on the exploitation of instrument intermediate layer provided by the present invention, by design board class and port class two parents, and then employing universal method subclass successor two parents; And the mode adopting unsetting participation global variable to combine is to realize subclass operation, is wherein formed by argument table and keyword key assignment combination in global variable.Person does not need to develop the different test library of a few cover for different test instrumentation to make development of automation, and user does not need, by the type of considering to carry out in test environment the instrument operated, only need load instrument intermediate layer consistent interface yet.Solve test environment change and cause needing whole test suite to carry out the problem that adjusts, enhance the stability of automation platform test, can the library file interface of compatible dissimilar instrument, the physical characteristic operation of shielding different instrument.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1., based on an automation platform method of testing for instrument intermediate layer exploitation, it is characterized in that, said method comprising the steps of:
Connect device under test, carry out automation platform test;
Load intermediate layer consistent interface, in order to be connected with the library file of different flow test instrumentation, when changing to make test environment, need not library file be changed; And
Be connected with described flow rate test instrument by intermediate layer consistent interface, perform test.
2. the method for claim 1, is characterized in that, described definition intermediate layer consistent interface specifically comprises the following steps:
Definition board class and port class parent;
Define a board test subclass and inherit described board class parent, in order to realize connecting machine frame, retaining board operation; And
Definition Single port test subclass inherits described port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, traffic statistics, message analysis operation.
3. method as claimed in claim 2, it is characterized in that, the setting of described board test subclass and described port test subclass, in order to define flow rate test method, the mode adopting unsetting participation global variable table to combine realizes the operation of described board test subclass and described port test subclass.
4. method as claimed in claim 3, it is characterized in that, the setting of described board test subclass and described port test subclass, in order to define flow rate test method, the operation that the mode adopting unsetting participation global variable table to combine realizes described board test subclass and described port test subclass specifically comprises the following steps:
The parameter/variable table of described flow rate test instrument and keyword key assignments are stored in described global variable table;
The meter type of described flow rate test instrument and test parameter are stored in described parameter/variable table; And
When the meter type of described flow rate test instrument changes or increases, meter type and the test parameter of described flow rate test instrument correspondence changed are replaced at described parameter/variable table.
5. the method as described in any one of claim 1-4, is characterized in that, described flow rate test instrument comprises Smartbits, one or more in IXIA, TestCenter.
6., based on an automation platform testing system for instrument intermediate layer exploitation, it is characterized in that, described system comprises: automation platform testing server, intermediate layer consistent interface and testing execution module;
Described automation platform testing server, in order to connect device under test, carries out automation platform test;
Described intermediate layer consistent interface, in order to be connected with the library file of different flow test instrumentation, need not change library file when changing to make test environment; And
Described testing execution module, is connected with described flow rate test instrument by intermediate layer consistent interface, performs test.
7. system as claimed in claim 6, it is characterized in that, described intermediate layer consistent interface specifically comprises: parent test submodule and subclass test submodule;
Described parent test submodule, definition board class and port class parent;
Described subclass test submodule, defines a board test subclass and inherits described board class parent, in order to realize connecting machine frame, retaining board operation; And
Definition Single port test subclass inherits described port class parent, in order to realize taking port, select procotol, configuration message, flow parameter to arrange, remove traffic statistics, to start packet capturing, transmitted traffic, stopping packet capturing, traffic statistics, message analysis operation.
8. system as claimed in claim 7, is characterized in that, described subclass test submodule, in order to define flow rate test method, the mode adopting unsetting participation global variable table to combine realizes the operation of described board test subclass and described port test subclass.
9. system as claimed in claim 8, is characterized in that, described subclass test submodule specifically comprises: global variable table and parameter/variable table;
Described global variable table, in order to store parameter/variable table and the keyword key assignments of described flow rate test instrument;
Described parameter/variable table, in order to store meter type and the test parameter of described flow rate test instrument; And
When the meter type of described flow rate test instrument changes or increases, meter type and the test parameter of described flow rate test instrument correspondence changed are replaced at described argument table.
10. the system as described in any one of claim 6-9, is characterized in that, described flow rate test instrument comprises Smartbits, one or more in IXIA, TestCenter.
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| CN107341099A (en) * | 2017-05-23 | 2017-11-10 | 烽火通信科技股份有限公司 | The automatic test cases generation system and generation method of a kind of instrument arrangement |
| CN109656622A (en) * | 2018-12-04 | 2019-04-19 | 安徽皖通邮电股份有限公司 | A kind of packaging method for realizing network tester in communication equipment automatic test |
| CN110445691A (en) * | 2019-08-16 | 2019-11-12 | 上海锵戈科技有限公司 | Customize the network service transmission performance test method and apparatus combined with playback |
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| CN100401087C (en) * | 2004-09-07 | 2008-07-09 | 华为技术有限公司 | Automatic tester and test thereof |
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