CN101266570B - Software system test method and apparatus - Google Patents
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- CN101266570B CN101266570B CN2007101084432A CN200710108443A CN101266570B CN 101266570 B CN101266570 B CN 101266570B CN 2007101084432 A CN2007101084432 A CN 2007101084432A CN 200710108443 A CN200710108443 A CN 200710108443A CN 101266570 B CN101266570 B CN 101266570B
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Abstract
The invention discloses a testing method and the device for the software system, being compliant in the software system based on the common object request broker architecture(CORBA), the method comprises: setting a base data; setting a corresponding testing script for the IDL interface of the CORBA; determining a data templet according to the base data; when testing, the base data is inputted to the CORBA software system, the IDL interface of the CORBA software system outputs a testing data driven by the testing script; comparing the data templet and the testing data, determining the comparing result. The testing device comprises: a base data collecting unit, a testing script interpreter using the testing script to drive the IDL interface, and a data processing unit for comparing the data templet and the testing data. The invention uses a separating mechanism implemented by the IDL interface definition of the CORBA and the IDL interface to implement the auto testing of the software in a script driving way, which can enhance the testing efficiency and reduce the testing cost.
Description
Technical field
The present invention relates to the software test field, be specifically related to method of testing and proving installation based on the software systems of Common Object Request Broker Architecture (CORBA, Common Object Request Broker Architecture).
Background technology
Current, global network makes all devices on the line and software become the resource of the vastness of sharing in the whole world, computer environment also from centralized develop into distributed, and the development of open system makes the user can use the heterogeneous computational resource of being made up of the different type of machines different platform of different vendor's manufacturing pellucidly, therefore, the distributed treatment of software and application integration naturally and understandably become people's common requirement.Present CORBA realizes distributed treatment for software and introduces that CORBA provides unified standard for exploitation distributed objects software systems, and this standard has nothing to do with concrete Software Development Platform, software development language and development company.
The CORBA inner structure is divided into three parts: core Object Request Broker (ORB, ObjectRequest Broker), IDL (Interface Definition Language) client realize (IDL Stub) and IDL (Interface Definition Language) object realization (IDL Skeleton).Described ORB is a kind of mechanism that client's application software can be called the far-end object method; Described IDL Stub and IDL Skeleton are according to defined IDL (Interface Definition Language) (IDL) compiling generation automatically by IDL (Interface Definition Language) compiler (IDLComplier).
IDL is another important component part in the CORBA system, and CORBA comes the description object interface with IDL, and such object interface is called for short the IDL interface, also can be described as corba interface.It is irrelevant that described ORB accomplishes with Software Development Platform CORBA, and IDL makes CORBA accomplish to have nothing to do with software development language.The core of IDL is that object is realized being separated with object interface, between using, sets up by client's application and service device the descriptive language of a standard, that may cause when operation that object type, object interface, the object that being described in needs in the application software to use supported and operation is unusual, with concrete implementation language and platform independence.
In the software testing technology field, the method for testing that mainly adopts for the application software based on CORBA at present is the manual testing.Fig. 1 is existing scheme synoptic diagram to testing based on the application software of CORBA.Referring to Fig. 1, the CORBA object realizes that unit 101 is exactly an application software to be measured, data converter 102 can be various network management systems with corba interface, also can be to realize unit 101 independent designed systems at the CORBA object, data converter 102 provides data converting function, data is converted to the CORBA object realizes unit 101 discernible data.Existing method of testing is the graphical interfaces testing tool 103 in the client write specialized, this graphical interfaces testing tool 103 realizes that with the CORBA object unit 101 is connected, comprising the test procedure of described CORBA object being realized unit 101, graphical interfaces testing tool 103 can obtain the data of corba interface output, be presented on the interface, compare by shown data on the artificial interface 104 then, and realize the accuracy of 101 output datas in unit by the described CORBA object of artificial judgment graphical interfaces testing tool 103 data presented and data converter.
There is following shortcoming in above-mentioned existing method of testing:
At first, when each test, data converter 102 is exported to the CORBA object and is realized that the data of unit 101 are at random, therefore each test all needs manually to compare judgement, efficient is low, the waste of manpower resource, and utilize the data volume of the corba interface that graphical interfaces testing tool 103 gets access to very huge, adopt artificial judgment then to be very easy to make mistakes, have certain test for leaks; Secondly, all need write corresponding graphical interfaces testing tool 103 for each CORBA object realization unit 101, graphical interfaces testing tool 103 can not be reused for different CORBA object realization unit 101, and the workload of writing graphical interfaces testing tool 103 is very huge, the human cost height.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide a kind of method of testing of software systems, to improve testing efficiency, reduces testing cost.
Another object of the present invention is to provide a kind of proving installation of software systems, realize the robotization of test, thereby improve testing efficiency, reduce testing cost.
In order to realize the foregoing invention purpose, main technical schemes of the present invention is:
A kind of method of testing of software systems is applicable to the software systems based on Common Object Request Broker Architecture CORBA, and this method comprises:
Basic data is set,, and determines the data template of described basic data correspondence for the IDL interface of CORBA is provided with the test script of correspondence;
During test, basic data is imported the CORBA software systems, the IDL interface that utilizes described test script to drive described CORBA software systems outputs test data; More described data template and described test data are determined comparative result.
Wherein, the data template of described definite basic data correspondence is specially: with described basic data input CORBA software systems, utilize described test script to drive the IDL interface output initial testing data of described CORBA software systems; Modify instruction according to the outside input is revised described initial testing data; With the data template of amended initial testing data as described basic data correspondence.
In the such scheme, describedly basic data is imported the CORBA software systems be specially: earlier described basic data is converted into the discernible data of CORBA software systems, the data after will changing again are input to the CORBA software systems.
In the such scheme, the data template of described definite basic data correspondence is specially: according to the mapping relations that exist between described basic data and the corresponding data template, the data template of described basic data correspondence is set.The described basic data that is provided with is: preset data is described, and records the configuration and the resource information of basic data in this data description; Setting meets the basic data of described data description.
In the such scheme, the described IDL interface that utilizes test script to drive the CORBA software systems outputs test data and is specially: the test script of the IDL interface correspondence of the described CORBA software systems of inquiry from default test script, described test script is converted to the IDL interface data, utilize this IDL interface data to drive described IDL interface operation test, output test data.
A kind of proving installation of software systems is applicable to the software systems based on CORBA, and this device comprises:
Basic data collection unit is used to be provided with basic data, and described basic data is converted to the discernible data of CORBA software systems and inputs to described CORBA software systems;
The test script interpreter, be used to be provided with the pairing test script of IDL interface of CORBA, the IDL interface that utilizes described test script to drive described CORBA software systems is tested the data of basic data collection unit input, the test data of conversion output IDL interface;
Data processing unit is used to generate data template, and test data and data template that the test script interpreter is exported compare, the output comparative result;
Automatically test drives platform, is used for described test script interpreter of controlling and driving and data processing unit.
Wherein, described basic data collection unit comprises: the data description module is used to be provided with stored data description information; The basic data module is used for the basic data according to described data description information creating correspondence; Data converter is used for that described basic data is converted to the discernible data source of CORBA software systems and inputs to the CORBA software systems.
Described test script interpreter comprises: test script library is used to be provided with the storage test script corresponding with each IDL interface of CORBA; The test script interpretative tool is used for test script is converted to the IDL interface data, utilizes the IDL interface data to drive IDL interface operation test, and the operation test result of IDL interface is converted to test data output.
Described data processing unit comprises: data outputting module, be used to the test data of test script interpreter output to stamp time tag, identify the order that described test script interpretative tool outputs test data according to time tag, the test data of the initial output of described test script interpretative tool is sent to modified module, the test data of the follow-up output of described test script interpretative tool is inputed to data comparison module; Modified module is used to show the test data of described initial output, according to the modify instruction of outside input the test data of described initial output is made amendment, and amended test data is saved as data template; Data comparison module is used for test data and described data template from data outputting module being compared the output comparative result.
Described automatic test drives platform and comprises: test script tool drives module is used to control described test script interpretative tool; Data output driver module is used to control described data outputting module; Data are driver module relatively, is used to control described data comparison module; Main control module, compare driver module with described test script tool drives module, data output driver module and data respectively and be connected, be used to control relatively communicating by letter and data processing between driver module of described wscript.exe driver module, data output driver module and data.
Method of testing of the present invention and device are based on CORBA, utilize the IDL interface definition of CORBA and the separation mechanism that the IDL interface is realized, set corresponding test script for the IDL interface of CORBA in advance, carry out the IDL interface definition, when test, utilize described test script to drive the IDL interface of described CORBA software systems, promptly moving described IDL interface realizes, output test data, and compare, thereby determine comparative result automatically according to the data template corresponding with basic data.
The present invention compared with prior art because described data template is not at random, therefore can reuses this data module and compare, and reduces artificial participation, realizes the robotization of test, improves testing efficiency, reduces cost of human resources; Because the present invention sets corresponding test script for the IDL interface of CORBA, when test, no matter whether the version of CORBA software systems is identical, all can go out the test script corresponding from the test script gravity treatment that presets with the IDL interface of described CORBA software systems, driving the IDL interface by this test script outputs test data, therefore, the present invention can realize the full test of IDL interface, the reusability and the maintainability of test data and test script are guaranteed, improve software test efficient and test coverage greatly, reduce cost of human resources.
Method provided by the present invention and device can be used as the software systems system scheme of test automatically, comprise test data planning, test process control and management and test result analysis, be in particular automatic test shortcut is provided.
Description of drawings
Fig. 1 is existing scheme synoptic diagram to testing based on the application software of CORBA;
Fig. 2 is the processing flow chart of the method for testing based on the CORBA software systems of the present invention;
Fig. 3 is the structural representation of the proving installation of CORBA software systems of the present invention;
Fig. 4 is the internal module structural representation of proving installation of the present invention.
Embodiment
Below by specific embodiments and the drawings the present invention is described in further details.
Fig. 2 is the processing flow chart of the method for testing based on the CORBA software systems of the present invention, and referring to Fig. 2, method of testing of the present invention comprises:
The described concrete grammar that basic data is set can for: preset data is described, and records the configuration and the resource information of basic data in this data description, and then the basic data that meets described data description is set.In addition, described basic data also can directly be provided with by data converter, for example is set to basic data by the webmaster backed up data.
The test script of correspondence can be set at each IDL interface of CORBA in advance, form the test script library of forming by set test script.Those skilled in the art will appreciate that described test script can adopt various general scripts to write setting, for example write java script (JavaScript) one to one according to the interface method of IDL definition.
Described data template is desirable data after basic data is handled through the CORBA software systems, can be used as the testing standard of weighing the software systems quality, and one group of basic data is strict corresponding with a data template.
The method of the concrete specified data template in this step 203 can for: with described basic data input CORBA software systems, utilize described test script to drive the IDL interface output initial testing data of described CORBA software systems, described initial testing data are meant that described basic data imports the test data that the CORBA software systems are handled back output for the first time; The tester can check and revise described initial testing data this moment, and test macro can be revised described initial testing data according to the modify instruction of tester's input; Amended initial testing data are preserved as the data template of described basic data correspondence.
Because the mapping relations that exist between described basic data and the corresponding data template are known, so this step 203 can also be provided with the data template of described basic data correspondence according to described mapping relations.
Concrete, can earlier described basic data be converted into the discernible data of CORBA software systems, the data after will changing again are input to the CORBA software systems; The test script of the described IDL interface correspondence of inquiry is converted to the IDL interface data with described test script from default test script, utilizes this IDL interface data to drive described IDL interface operation test, outputs test data.
For the initial testing data, that is: a kind of basic data is imported the test data that the CORBA software systems are handled back output for the first time, described as step 203, the data template of current basic data correspondence can be set according to these initial testing data, after setting data template, follow-up test data for the pairing basic data generation of this data template, that is: import the test data that the CORBA software systems are handled back output for the second time and later on a kind of basic data, then can pass through relatively this follow-up test data and described data template, thereby determine comparative result.
Above-mentioned steps 201 to step 203 does not have strict ordinal relation, and the execution sequence among Fig. 2 is a kind of embodiment of the present invention, as long as comprise above-mentioned steps, also can carry out in proper order by other among other embodiment.
Fig. 3 is the structural representation of the proving installation of CORBA software systems of the present invention.Referring to Fig. 3, this device comprises: basic data collection unit 301, test script interpreter 302, data processing unit 303 and automatic test drive platform 304.CORBA object among the figure is realized the CORBA software systems that unit 101 will be tested exactly.
Described basic data collection unit 301 is used to be provided with basic data, and described basic data is converted to the discernible data of CORBA software systems, and inputs to described CORBA software systems.Basic data collection unit 301 can guarantee the consistance of automatic test data, realizes that for the CORBA object unit 101 provides data source simultaneously.
Described test script interpreter 302 is used to be provided with the pairing test script of IDL interface of CORBA, the IDL interface that utilizes described test script to drive described CORBA software systems is tested the data of basic data collection unit 301 inputs, and the test data of conversion output IDL interface.
Described data processing unit 303 is used to generate data template, and test data and data template that test script interpreter 302 is exported compare, the output comparative result.
Automatically test drives platform 304 and is used for described test script interpreter 302 of controlling and driving and data processing unit 303, for the overall workflow of proving installation provides support and controls.
Fig. 4 is the internal module structural representation of proving installation of the present invention.Referring to Fig. 4,
Described basic data collection unit 301 comprises data description module 401, basic data module 402 and data converter 403, wherein:
Described data description module 401 is used to be provided with stored data description information, guarantees the consistance of basic data.Data description information can adopt text or forms mode storage, as adopting the Excel form, wherein mainly comprises the various configurations and the resource information of basic data, and basic data is had effect of contraction, guarantees the consistance of basic data.
Described basic data module 402 is used for the basic data according to described data description information creating correspondence.Basic data is the basis of testing automatically, also is the necessary condition that forms data template.The foundation of basic data will meet the constraint in the data description, and is that data converter 403 can recognition data.Basic data also can directly be generated by data converter 403, when described data converter 403 is network management system, can be the data that generate by the network management system backup for example.
Described data converter 403 is used for that described basic data is converted to the discernible data source of CORBA software systems and inputs to the CORBA software systems, data converter 403 can be various network management systems with corba interface, as ZXONM E300 transmission network management system, also can be to realize unit 101 independent designed systems at the CORBA object.
Described test script interpreter 302 comprises test script library 404 and test script interpretative tool 405, wherein:
Described test script library 404 is used to be provided with the storage test script corresponding with each IDL interface of CORBA.Described test script is the test procedure of IDL interface, can adopt various general test script language to write, for example: can write the test script of java script language one to one according to the interface method of IDL definition.
Described test script interpretative tool 405 is used for test script is converted to the IDL interface data, utilize the IDL interface data to drive IDL interface operation test, the operation test result of IDL interface is converted to the artificial easy test data output of discerning, and for example: the data that test result are converted to written form compare with convenient identification.Described test script interpretative tool 405 can be a test script compiler comparatively ripe in the prior art, as CORBA Explore instrument; Also can be at the independently developed compiler of fc-specific test FC script.
Described data processing unit 303 comprises data outputting module 406, modified module 407 and data comparison module 408, wherein:
Described data outputting module 406 is used to the test data of test script interpreter 302 outputs to stamp time tag, identify the order that described test script interpretative tool 405 outputs test data according to time tag, the test datas of described test script interpretative tool 405 initial outputs are sent to modified module 407, the test data of described test script interpretative tool 405 follow-up outputs is inputed to data comparison module 408.The test data of described test script interpretative tool 405 follow-up outputs can be called the procedural test data.
The test data that described modified module 407 is used to show described initial output is revised the test data of described initial output again for user's modification according to the modify instruction of user's input, and amended test data is preserved as data template.
As mentioned above, the generation of data template depends on basic data and data outputting module 406, has strict consistance with basic data, represents the one-to-one relationship of basic data and data template among Fig. 4 with double dot dash line.Described data template can be with text, form or XML file storage; Data template and procedural test data provide data source for data comparison module 408.
Described data comparison module 408 is used for test data and described data template from data outputting module 406 are compared checking, and output contains the test report of comparative result.Described checking means can realize by existing commercial compare tool or custom coding instrument.
Described automatic test drives platform 304 and comprises: wscript.exe driver module 409, data output driver module 410, data are driver module 411 and main control module 412 relatively, can adopt existing automatic test execution instrument to realize its function, for example adopt Rational Robot.
Described main control module 412 compares driver module 411 with described wscript.exe driver module 409, data output driver module 410 and data respectively and is connected, and is used to control described wscript.exe driver module 409, data output driver module 410 and data and compares communicating by letter and data processing of 411 of driver modules.The workflow of the whole automatic testing equipment of described main control module 412 may command, and the driving interface of this proving installation is provided for the user.
Described test script tool drives module 409 is used to realize the control to test script interpretative tool 405.Mainly comprise following function: auto-initiation test script interpretative tool 405; Automatically call the platform that test script is supported; The relevant parameter of automatic configuration testing script; Automatically be written into the test script file of purpose IDL interface.
Described data output driver module 410 is used to realize the control to data output module 406.Mainly comprise following function: the test data of obtaining the correlation ID L interface automatically from described test script interpretative tool 405; Automatically the initial testing data save as data template; Automatically discern initial testing data and and the follow-up procedural test data that are used to generate data template by time tag.
Described relatively driver module is used to realize the control to data comparison module 408.Mainly comprise following function: automatic acquisition process test data and data template; Contrast verification between automatic implementation procedure test data and data template; Automatically generate test result.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with the people of this technology in the disclosed technical scope of the present invention; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.
Claims (10)
1. the method for testing of software systems is applicable to based on the software systems of Common Object Request Broker Architecture CORBA, it is characterized in that, this method comprises:
Basic data is set, the test script of correspondence is set for the IDL interface of CORBA, and the data template of definite described basic data correspondence, basic data is imported the CORBA software systems, utilize described test script to drive the IDL interface output initial testing data of described CORBA software systems; Modify instruction according to the outside input is revised the initial testing data, with the data template of amended initial testing data as described basic data correspondence;
During test, basic data is imported the CORBA software systems, the IDL interface that utilizes described test script to drive described CORBA software systems outputs test data, and more described data template and described test data are determined comparative result.
2. method according to claim 1 is characterized in that, describedly basic data is imported the CORBA software systems is specially:
Earlier described basic data is converted into the discernible data of CORBA software systems, the data after will changing again are input to the CORBA software systems.
3. method according to claim 1 is characterized in that, the substitute mode of the data template of described definite basic data correspondence is:
According to the mapping relations that exist between described basic data and the corresponding data template, the data template of described basic data correspondence is set.
4. method according to claim 1 is characterized in that, the described basic data that is provided with is:
Preset data is described, and records the configuration and the resource information of basic data in this data description; Setting meets the basic data of described data description.
5. method according to claim 1 is characterized in that, the described IDL interface that utilizes test script to drive the CORBA software systems outputs test data and is specially:
The test script of the IDL interface correspondence of the described CORBA software systems of inquiry is converted to the IDL interface data with described test script from default test script, utilizes this IDL interface data to drive described IDL interface operation test, outputs test data.
6. the proving installation of software systems is applicable to the software systems based on CORBA, it is characterized in that, this device comprises:
Basic data collection unit is used to be provided with basic data, and described basic data is converted to the discernible data of CORBA software systems and inputs to described CORBA software systems;
The test script interpreter, be used to be provided with the pairing test script of IDL interface of CORBA, the IDL interface that utilizes described test script to drive described CORBA software systems is tested the data of basic data collection unit input, the test data of conversion output IDL interface;
Data processing unit, be used for revising the initial testing data according to the modify instruction of outside input, with the data template of amended initial testing data as described basic data correspondence, test data and data template that the test script interpreter is exported compare, the output comparative result;
Automatically test drives platform, is used for described test script interpreter of controlling and driving and data processing unit.
7. device according to claim 6 is characterized in that, described basic data collection unit comprises:
The data description module is used to be provided with stored data description information;
The basic data module is used for the basic data according to described data description information creating correspondence;
Data converter is used for that described basic data is converted to the discernible data source of CORBA software systems and inputs to the CORBA software systems.
8. device according to claim 6 is characterized in that, described test script interpreter comprises:
Test script library is used to be provided with the storage test script corresponding with each IDL interface of CORBA;
The test script interpretative tool is used for test script is converted to the IDL interface data, utilizes the IDL interface data to drive IDL interface operation test, and the operation test result of IDL interface is converted to test data output.
9. device according to claim 8 is characterized in that, described data processing unit comprises:
Data outputting module, be used to the test data of test script interpreter output to stamp time tag, identify the order that described test script interpretative tool outputs test data according to time tag, the test data of the initial output of described test script interpretative tool is sent to modified module, the test data of the follow-up output of described test script interpretative tool is inputed to data comparison module;
Modified module is used to show the test data of described initial output, according to the modify instruction of outside input the test data of described initial output is made amendment, and amended test data is saved as data template;
Data comparison module is used for test data and described data template from data outputting module being compared the output comparative result.
10. device according to claim 9 is characterized in that, described automatic test drives platform and comprises:
Test script tool drives module is used to control the test script interpretative tool;
Data output driver module is used for the control data output module;
Data are driver module relatively, is used for the control data comparison module;
Main control module, compare driver module with described test script tool drives module, data output driver module and data respectively and be connected, be used to control relatively communicating by letter and data processing between driver module of described wscript.exe driver module, data output driver module and data.
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| CN103019928B (en) * | 2011-09-27 | 2016-06-29 | 北京新媒传信科技有限公司 | A kind of automated testing method and system |
| CN102495802B (en) * | 2011-12-26 | 2015-03-18 | 华为技术有限公司 | Method and device for testing software system, and computer system |
| CN102955739B (en) * | 2012-11-21 | 2016-02-03 | 浪潮电子信息产业股份有限公司 | A kind of method improving performance test script reuse rate |
| CN104639384B (en) * | 2013-11-11 | 2019-03-15 | 中兴通讯股份有限公司 | Test command sending method, apparatus and system |
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| CN104615534B (en) * | 2015-01-28 | 2017-08-01 | 广州酷狗计算机科技有限公司 | interface test method and device |
| CN106407061B (en) * | 2015-07-27 | 2020-06-16 | 中兴通讯股份有限公司 | Northbound interface testing device and northbound interface testing method |
| WO2017035812A1 (en) * | 2015-09-02 | 2017-03-09 | Hewlett Packard Enterprise Development Lp | Replicating chain of agents |
| CN106528936B (en) * | 2016-10-11 | 2019-10-15 | 北京长城华冠汽车科技股份有限公司 | A kind of the submodel test device and method of dynamic system simulation |
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| CN107766256A (en) * | 2017-11-23 | 2018-03-06 | 中广核工程有限公司 | A kind of method for transformation and system of software unit testing use-case |
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