CN103019928B - A kind of automated testing method and system - Google Patents
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- CN103019928B CN103019928B CN201110296140.4A CN201110296140A CN103019928B CN 103019928 B CN103019928 B CN 103019928B CN 201110296140 A CN201110296140 A CN 201110296140A CN 103019928 B CN103019928 B CN 103019928B
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Abstract
The invention discloses a kind of automated testing method, to each test object related in automatic test course, operational approach that each test object comprises and parameter, each function course and static elements are packaged respectively, for the test object after each encapsulation, operational approach, parameter, function course and static elements map a keyword one to one, the test script that input is made up of at least one keyword, test script is resolved, obtain the whole keywords in test script, according to resolving the keyword obtained, obtain the test object after the encapsulation that keyword is corresponding respectively, parameter and static elements, perform the operational approach after the encapsulation that keyword is corresponding and function course.The invention also discloses a kind of automatization test system.Adopt automated testing method disclosed by the invention and system, it is possible to increase the efficiency of automatic test and versatility.
Description
Technical field
The present invention relates to computer technology, particularly relate to a kind of automated testing method and system.
Background technology
At present, when carrying out software test, frequently with the method for automatic test.Automatic test is that the behavioral test artificially to drive is converted into a kind of process that machine performs.If the method adopting non-automated test, then devise test case and by evaluation after, tester's code described in test case perform test step by step, obtain the comparison of actual result and expected result.Along with the development of software testing technology, in order to save manpower, time, hardware resource, improve testing efficiency, it is proposed that automated testing method.Automatic test is substantially consistent with software development process, utilize automated test tool, through the analysis to testing requirement, design automatic test cases, thus building the framework of automatic test, design and write automatic test script, by testing the correctness of this script, thus completing this set test script.
In current automated testing method, writing test frame in advance, the fundamental operation needed for test in this framework provides interface for calling, and when test, tester is according to use-case operational requirements, and manual compiling calls the automatic test script of above-mentioned interface.Adopt the method, it is desirable to it is big that the script developer of participation test and later stage operation maintenance personnel must have significantly high code level, the exploitation of automatized script and the cost of operation maintenance.Further, adopting the method, need manual compiling script when test, thus causing that test process required time is long, testing efficiency is low, and, adopting the method, the technology of tester being required height, thus causing the poor universality of method of testing.
Summary of the invention
The invention provides a kind of automated testing method, adopt the method can improve efficiency and the versatility of automatic test.
Present invention also offers a kind of automatization test system, adopt this system can improve efficiency and the versatility of automatic test.
For reaching above-mentioned purpose, the technical scheme is that and be achieved in that:
The present invention provides a kind of automated testing method, including:
The operational approach and parameter, each function course and the static elements that comprise each test object related in automatic test course, described each test object are packaged respectively, map a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter, described function course and described static elements；
The test script that input is made up of at least one keyword；
Described test script is resolved, obtains the whole keywords in described test script；
According to resolving the whole described keyword obtained, obtain the described test object after the encapsulation that described keyword is corresponding, described parameter and described static elements respectively, perform the described operational approach after the encapsulation that described keyword is corresponding and described function course.
Also include before the test script that described input is made up of at least one keyword: create described test script；
Also include after the described test script of described establishment: store described test script；And/or, check described test script；And/or, derive described test script；And/or, edit described test script；And/or, delete described test script；And/or, test script described in association at least two；And/or, check the execution result of test script.
Described test script adopts false code.
The present invention also provides for a kind of automatization test system, including:
Encapsulation unit, operational approach and parameter, each function course and static elements for each test object related in automatic test course, described each test object are comprised are packaged respectively, map a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter, described function course and described static elements；
Browser, for inputting the test script being made up of at least one keyword；
Parsing module, for described test script is resolved, obtains the whole keywords in described test script；
Perform module, for the whole described keyword obtained according to described parsing module, obtain the described test object after the encapsulation that described keyword is corresponding, described parameter and described static elements respectively, perform the described operational approach after the encapsulation that described keyword is corresponding and described function course.
Described encapsulation unit includes: base layer support module and object factory module；
Described base layer support module, it is packaged respectively for the operational approach that each test object related in automatic test course, described each test object are comprised and parameter and each function course, maps a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter and described function course；
Described object factory module, the keyword corresponding with each described static elements for storing each static elements related in the automatic test course of encapsulation；
Described execution module, specifically at least one keyword obtained according to parsing module, obtain test object corresponding at least one keyword described of base layer support module stores, operational approach, parameter and function course, perform described operational approach and function course respectively, in performing the process of described operational approach and function course, call, from described object factory module, the static elements related to described operational approach and function course.
Described base layer support module includes: test object interface, test help interface, operating system object interface, application user interface；
Described test object interface is used for realizing window operation and/or control operation；
Described test helps interface to be used for realizing miscellaneous function；
Described operating system object interface is used for providing system object；
Described application user interface is for realizing user operation and the process operation of application program.
Described device also includes:
Management module, for creating described test script and/or storing described test script and/or check described test script and/or derive described test script and/or edit described test script and/or delete test script described in described test script and/or association at least two and/or check the execution result of test script.
Described management module includes management interface；
Described management interface is mutual with described parsing module for described management module, to check the form of described test script；
And/or, described management interface is mutual with described execution module for described management module, to trigger described execution module startup execution test script；
And/or, described management interface is mutual with described browser for described management module, to create described test script and/or edit described test script and/or store described test script and/or check described test script and/or derive described test script and/or delete test script described in described test script and/or association at least two.
Described parsing module includes resolving interface；
Described parsing interface connect described execution module, described execution module call described parsing interface to the incoming described test script of described parsing module and from described parsing module obtain analysis result；
And/or, described parsing interface connects described management module, and described management module is called described parsing interface and to the incoming described test script of described parsing module and obtained format checking result and/or analysis result from described parsing module；
And/or, described parsing interface connects described browser, described browser by described parsing interface to the incoming described test script of described parsing module.
Described test script adopts false code.
From foregoing invention content, by each test object that will relate in automatic test course, operational approach that each test object comprises and parameter, each function course and static elements are packaged respectively, for the test object after each encapsulation, operational approach, parameter, function course and static elements map a keyword one to one, tester inputs the crucial combinatorics on words that the required function tested is corresponding, the foregoing through encapsulation that this keyword is corresponding is performed according to keyword, complete test process, from without writing the complicated code for this test test process, improve the efficiency of automatic test, and, existing programming language is grasped without requiring tester, improve the versatility of automated testing method and system.
Accompanying drawing explanation
Fig. 1 is the flow chart of the automated testing method of the embodiment of the present invention one；
Fig. 2 is the structural representation of the automatization test system of the embodiment of the present invention two.
Detailed description of the invention
In order to make the object, technical solutions and advantages of the present invention clearly, describe the present invention below in conjunction with the drawings and specific embodiments.
The basic thought of the present invention is: is packaged respectively and maps a keyword by code corresponding for each function required in automatic test course, when test, tester only need to input keyword corresponding to the required function tested or crucial combinatorics on words, the code through encapsulation that this keyword is corresponding can be performed, thus completing test process according to keyword.
Fig. 1 is the flow chart of the automated testing method of the embodiment of the present invention one.As it is shown in figure 1, the method includes following process.
Step 101: the operational approach and parameter, each function course and the static elements that comprise each test object related in automatic test course, each test object are packaged respectively, maps a keyword one to one for the test object after each encapsulation, operational approach, parameter, function course and static elements.
In this step, specifically, above-mentioned functions process can be the combination of one or more operational approach.Above-mentioned static elements can be the static elements such as window, and static elements required in aforesaid operations method and function course can go from above-mentioned tune through the static elements of encapsulation.
Step 102: the test script that input is made up of at least one keyword.
In this step, test script can include a keyword, or, it is also possible to include the combination of a set of keyword composition.This test script can be inputted by browser by tester in automatization test system, and specifically, tester has only to, according to current testing requirement, adopt the keyword composition test script that this demand is corresponding.
Further, in the embodiment of the present invention one, the test script adopted in this automated testing method can adopt false code.Specifically, this test script can not adopt programming language of the prior art to write, and adopts false code to write.Owing to existing programming language is more complicated, by adopting more simple false code to write, therefore grasp the programming language of complexity of the prior art without requiring tester, and have only to, by false code, keyword is carried out simple combination.Further, adopt false code without the test script after writing is compiled, it is only necessary to assemble false code according to predefined form, by test system, false code carried out format checking and guarantee that the form of false code is correctly.By adopting written in pseudocode test script, further increase automatic test efficiency and the versatility of method of testing.
Step 103: test script is resolved, obtains the whole keywords in test script.
In this step, test script is resolved, obtain, by resolving, or the set of keyword forming this test script in step 102.
Step 104: according to resolving the whole keywords obtained, obtains the test object after the encapsulation that keyword is corresponding, parameter and static elements respectively, performs the operational approach after the encapsulation that keyword is corresponding and function course.
In this step, according to the analysis result in step 103, tissue performs flow process, and namely tissue performs the wall scroll in test script or a plurality of shell script.Specifically, performing the above-mentioned operation through encapsulation or function course, required static elements can be transferred from the static elements of above-mentioned encapsulation.
On the basis of technique scheme, further, the automated testing method of the embodiment of the present invention one can also comprise the steps in the combination of one or more.
Before step 102, the automated testing method of the embodiment of the present invention one can also include: create test script.After establishment test script, the combination of one or more in can also comprising the steps in the automated testing method of the embodiment of the present invention one: store test script, check test script, derive test script, edit test script, delete test script, associate at least two test script, check the execution result of test script.
On the basis of technique scheme, further, after step 102 inputs the test script being made up of at least one keyword, before test script is resolved by step 103, the automated testing method of the embodiment of the present invention one can also comprise the following steps: checks the form of test script.
The automated testing method above present invention proposed is illustrated, and a kind of automatization test system that adopt above-mentioned automated testing method is described below.
Fig. 2 is the structural representation of the automatization test system of the embodiment of the present invention two.As shown in Figure 2, this system at least includes: encapsulation unit 21, browser 22, parsing module 23 and execution module 24, include, on the basis of encapsulation unit 21, browser 22, parsing module 23 and execution module 24, further, this system can also including: management module 25 in this system.
Wherein, operational approach and parameter, each function course and static elements that the encapsulation unit 21 each test object to relating in automatic test course, each test object comprise are packaged respectively, map a keyword one to one for the test object after each encapsulation, operational approach, parameter, function course and static elements.Further, encapsulation unit 21 stores the test object after above-mentioned encapsulation, operational approach, parameter, function course and static elements and each and the corresponding relation of keyword.
Browser 22 is for providing interactive interface for tester, and tester inputs the test script being made up of at least one keyword by this browser 22 to this automatization test system.Specifically, this browser 22 can adopt the browser 22 in browser 22 and server (Browser/Server is called for short B/S) framework.The interface of this browser 22 can be divided into two parts, and wherein, a part is according to the requirement definition control of modules in system and layout, and another part adds to each browser 22 control to control logic.Further, in the embodiment of the present invention two, the test script adopted in this automatization test system can adopt false code.
Test script is resolved by parsing module 23, obtains the whole keywords in test script.Further, parsing module 23 before test script is resolved, can also first check for the form of test script.Parsing module 23 can obtain test script from browser 22 and/or execution module 24, and analysis result or the format checking result of this test script are returned to browser 22 and/or perform module 24.
Perform module 24 analytically module 23 and obtain the whole keywords in the test script that parsing module 23 parsing obtains, according at least one keyword, test object after obtaining, from encapsulation unit 21, the encapsulation that keyword is corresponding respectively, parameter and static elements, further, obtain from encapsulation unit 21 and perform the operational approach after the encapsulation that keyword is corresponding and function course.Specifically, performing the module 24 analysis result according to parsing module 23, tissue performs flow process, and namely tissue performs the wall scroll in test script or a plurality of shell script.Perform module 24 and include execution program, this execution program can adopt Java archive file (JavaArchive, it is called for short JAR) packet mode, use the deployment way starting Java browser (Javawebstart) to raise at browser 22 page.
Further, this system can also include management module 25.This management module 25 is used for the function realizing script is managed, and specifically can include the one or more combination in following function: creates test script, store test script, check test script, derive test script, edit test script, delete test script, associate at least two test script, check the execution result of test script.Carried out establishment test script or editor's test script by management module 25 after, the test script after management module 25 creates, edits is input to parsing module 23.Specifically, management module 25 obtains above-mentioned establishment from browser 22, stores, checks, derives, edits, deletes, associates test script and check the order of execution result of test script, JAVA serving web page technology (JavaServerPages is adopted on the backstage of browser 22, it is called for short JSP) call management module 25, to complete above-mentioned establishment, store, check, derive, edit, delete, associate test script and check the execution result of test script.
On the basis of technique scheme, further, the encapsulation unit 21 in this system specifically may include that base layer support module 211 and object factory module 212.
Specifically, operational approach that the base layer support module 211 each test object to relating in automatic test course, each test object comprise and parameter and each function course are packaged respectively, map a keyword one to one for the test object after each encapsulation, operational approach, parameter and function course.
Object factory module 212 stores the keyword that each static elements related in the automatic test course of encapsulation is corresponding with each static elements.The static elements after encapsulation in object factory module 212 is called in the process for the operation in base layer support module 211 and/or function course execution.
When including base layer support module 211 and object factory module 212 at encapsulation unit 21, correspondingly, perform module 24 and resolve whole keywords of acquisition according to the parsing module 23 that analytically module 23 obtains, obtain the test object that at least one keyword of base layer support module 211 storage is corresponding, operational approach, parameter and function course, according to the key sequence in test script, perform operational approach corresponding to keyword and function course respectively, in performing the process of operational approach and function course, required static elements calls from object factory module 212.
On the basis of technique scheme, further, the above-mentioned modules in automatization test system needs to provide corresponding interface, and modules completes the various functions of self by calling the corresponding interface.Such as:
Parsing module 23 includes resolving interface (IScriptParse interface), and this parsing interface is used for resolving test script；This test script can adopt written in pseudocode, then this parsing interface can also be further used for checking the form of test script.This parsing module 23 is by this parsing interface test script.Specifically, this parsing interface can apply to any one or multiple combination in following three kinds of scenes: first, this parsing interface can be connected with performing module 24, perform module 24 by calling this parsing interface to the incoming test script of parsing module 23, and obtain analysis result by this parsing interface, to perform test script according to analysis result.Second, this parsing interface can be connected with management module 25, and management module 25 is by calling this parsing interface to the incoming test script of parsing module 23, and is obtained format checking result and/or analysis result by this parsing interface.3rd, this parsing interface can be connected with browser 22, by this parsing interface from the incoming test script of browser 22.In actual applications, it is possible to the needs according to concrete application, design the connecting object of this parsing interface, this parsing interface can with perform in module 24, management module 25 and browser 22 any one is connected, it is also possible to wherein both or three be connected.
Base layer support module 211 includes: test object interface (ITestObject interface), test help interface (ITestAssistant interface), operating system object interface (ISystemObject interface) and application user interface (IUser interface).Test object interface is used for realizing window operation and/or control operation.Test helps interface to be used for realizing miscellaneous function, for instance the miscellaneous functions such as analog mouse keyboard operation.Operating system object interface is used for providing system object, for instance provide the system objects such as system file, registration table, time, environmental variable.Application user interface is for realizing user operation and the process operation of application program.Further, above-mentioned test object interface, operating system object interface and application user interface need definition one to judge the whether effective static method of object, and it is each object map one keyword one to one, uses for pseudo-code format checking.
Management module 25 includes management interface (IScripManagment interface), and the function of above-mentioned management module 25 realizes each through this management interface or its extension sub-interface.Specifically, management interface can include three partial functions.First, the form of test script, for mutual with parsing module 23, is checked by the management interface of management module 25.Second, the management interface of management module 25 is for mutual with execution module 24, and triggering performs module 24 and starts execution test script.3rd, management module 25 is mutual by management interface and browser 22, test script is managed, for example, it is possible to include the management operation as follows test script carried out: create test script and/or editor's test script and/or storage test script and/or check test script and/or derive test script and/or delete test script and/or association at least two test script.In actual applications, the needs according to practical application, this management interface can include any one or a few the combination in above-mentioned three kinds of functions.
Specifically, when each webpage control given by browser 22 or GetIpUpDown (being called for short Web control) adds control logic, it is necessary to above-mentioned management interface and the support resolving interface.
In object factory module 212, it is provided that obtain the static method of whole interface object.In above-mentioned modules, its interface each relied on all is defined function (being called for short setter) is set, by object factory incoming dependence when structure, it is achieved rely on reversing.
Visible according to the invention described above detailed description of the invention, by by each test object required in automatic test course, operational approach that described each test object comprises and parameter, each function course and static elements are packaged respectively, for the test object after each encapsulation, operational approach, parameter, function course and static elements map a keyword one to one, when test, tester only need to input keyword corresponding to the required function tested or crucial combinatorics on words, the code through encapsulation that this keyword is corresponding can be performed according to keyword, thus completing test process.Adopt this automated testing method and system, the complicated code for this test need not be write in test process, thus improve the efficiency of automatic test, and, can support that common test personnel complete test process, without requiring that tester grasps existing programming language, thus improve the versatility of method of testing and system.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within the scope of protection of the invention.
Claims (8)
1. an automated testing method, it is characterised in that including:
The operational approach and parameter, each function course and the static elements that comprise each test object related in automatic test course, described each test object are packaged respectively, map a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter, described function course and described static elements；
The test script that input is made up of at least one keyword；
Described test script is resolved, obtains the whole keywords in described test script；
According to resolving the whole described keyword obtained, obtain the described test object after the encapsulation that described keyword is corresponding, described parameter and described static elements respectively, perform the described operational approach after the encapsulation that described keyword is corresponding and described function course；
Also include before the test script that described input is made up of at least one keyword: create described test script；
Also include after the described test script of described establishment: store described test script；And/or, check described test script；And/or, derive described test script；And/or, edit described test script；And/or, delete described test script；And/or, test script described in association at least two；And/or, check the execution result of test script.
2. method according to claim 1, it is characterised in that
Described test script adopts false code.
3. an automatization test system, it is characterised in that including:
Encapsulation unit, operational approach and parameter, each function course and static elements for each test object related in automatic test course, described each test object are comprised are packaged respectively, map a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter, described function course and described static elements；
Browser, for inputting the test script being made up of at least one keyword；
Parsing module, for described test script is resolved, obtains the whole keywords in described test script；
Perform module, for the whole described keyword obtained according to described parsing module, obtain the described test object after the encapsulation that described keyword is corresponding, described parameter and described static elements respectively, perform the described operational approach after the encapsulation that described keyword is corresponding and described function course；
Described system also includes: management module, for creating described test script before the test script that input is made up of at least one keyword；After creating described test script, store described test script and/or check described test script and/or derive described test script and/or edit described test script and/or delete test script described in described test script and/or association at least two and/or check the execution result of test script.
4. system according to claim 3, it is characterised in that
Described encapsulation unit includes: base layer support module and object factory module；
Described base layer support module, it is packaged respectively for the operational approach that each test object related in automatic test course, described each test object are comprised and parameter and each function course, maps a keyword one to one for the described test object after each encapsulation, described operational approach, described parameter and described function course；
Described object factory module, the keyword corresponding with each described static elements for storing each static elements related in the automatic test course of encapsulation；
Described execution module, specifically at least one keyword obtained according to parsing module, obtain test object corresponding at least one keyword described of base layer support module stores, operational approach, parameter and function course, perform described operational approach and function course respectively, in performing the process of described operational approach and function course, call, from described object factory module, the static elements related to described operational approach and function course.
5. system according to claim 4, it is characterised in that described base layer support module includes: test object interface, test help interface, operating system object interface, application user interface；
Described test object interface is used for realizing window operation and/or control operation；
Described test helps interface to be used for realizing miscellaneous function；
Described operating system object interface is used for providing system object；
Described application user interface is for realizing user operation and the process operation of application program.
6. system according to claim 3, it is characterised in that described management module includes management interface；
Described management interface is mutual with described parsing module for described management module, to check the form of described test script；
And/or, described management interface is mutual with described execution module for described management module, to trigger described execution module startup execution test script；
And/or, described management interface is mutual with described browser for described management module, to create described test script and/or edit described test script and/or store described test script and/or check described test script and/or derive described test script and/or delete test script described in described test script and/or association at least two.
7. system according to claim 3, it is characterised in that described parsing module includes resolving interface；
Described parsing interface connect described execution module, described execution module call described parsing interface to the incoming described test script of described parsing module and from described parsing module obtain analysis result；
And/or, described parsing interface connects described management module, and described management module is called described parsing interface and to the incoming described test script of described parsing module and obtained format checking result and/or analysis result from described parsing module；
And/or, described parsing interface connects described browser, described browser by described parsing interface to the incoming described test script of described parsing module.
8. system according to claim 3, it is characterised in that
Described test script adopts false code.
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| CN101266570A (en) * | 2007-03-15 | 2008-09-17 | 中兴通讯股份有限公司 | Software system test method and apparatus |
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